ZDB-ALT-020304-2|Df(Chr01)c1122|||c1122, Df(LG01), Df(LG01)c1122|Deficiency|||Halpern Lab|ZDB-LAB-980205-5|Chr: 1|||2020-10-21
ZDB-ALT-991005-33|Df(Chr01:cx41.8,dla,msxb,otx1l)b220|||b220, Df(LG01:cx41.8,dla,msxb,otx1l), Df(LG01:cx41.8,dla,msxb,otx1l)b220, Df(LG01)dla,leo,msxb,otx1l, Df(LG01)msxb, T(msxB)|Deficiency|sperm treated with g-rays|Deletes the <em>leo</em> locus.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 1|||2020-10-21
ZDB-ALT-991005-43|Df(Chr01:cx41.8,msxb,otx1l)b776|dla|ZDB-GENE-980526-29|b776, Df(LG01:cx41.8,msxb,otx1l), Df(LG01:cx41.8,msxb,otx1l)b776, Df(LG01)leo, Df(LG01)leo,msxb,otx1l, leog2|Deficiency|g-rays |Deletes the <em>leo</em> locus.|Weston Lab|ZDB-LAB-970408-87|Chr: 1|||2020-10-21
ZDB-ALT-990423-12|Df(Chr01:hand2)s6|||Df(Chr01:hand2)s6, s6|Deficiency|adult males treated with ENU|s6 deletion removes the entire hand2 gene; cannot rule out that the s6 mutation affects other genes|Stainier Lab|ZDB-LAB-970417-60|Chr: 1|||2020-10-21
ZDB-ALT-070112-4|Df(Chr01:lef1,msxb)x8|||Df(LG01:lef1,msxb)x8, Df(LG01:lef1)x8, Df(LG01:msxb), Df(LG01:msxb)x8, x8|Deficiency|ENU ||Riley Lab|ZDB-LAB-970908-94|Chr: 1|||2020-10-21
ZDB-ALT-180521-8|Df(Chr01:timm10,rtn4rl2a,p2rx3b,pkd2,slc27a1b)ia2a|cabp2a, slc43a3a|ZDB-GENE-050913-25, ZDB-GENE-110208-8||Deficiency||The authors established that the ia2 mutation was a deletion of 15.2 Mb spanning from marker chr1_450 at 43.69 Mb to the end of chromosome 1, represented by the telomeric microsatellite marker ZLG1Tel6035 at 58.88Mb. According with Genome Browser database (assembly GRCz10/danRer10), ia2 deletion involves 241 genes mapping in the telomeric region of chromosome 1.

IMPORTANT NOTE: Astone et al (2015) reported that the ia2 insertion, in Tg(-8.5nkx2.2a:GFP)^ia2 embryos, was associated with a deletion of 15.2 Mb in the telomeric portion of chromosome 1. The current ZFIN database structure is not designed to record this case of Transgenic Insertion associated with a Deficiency. 
As a solution, the Transgenic Insertion and the Deficiency were recorded separately as ia2Tg (ZDB-ALT-070215-3) and ia2a (ZDB-ALT-180521-8), respectively, with an “is_allele” relationship to an imaginary gene “unm_ia2” (ZDB-GENE-180521-1). It must be noted the ia2 deletion (deficiency, ia2a) is apparently co-inherited with the ia2 transgene (ia2Tg).
For more details, please contact ZFIN.|Argenton Lab|ZDB-LAB-990226-9|Chr: 1|||2020-10-21
ZDB-ALT-021021-2|Df(Chr02:csnk1g2a,rnf2,kifap3b)j6g1|cnn2|ZDB-GENE-030131-542|Df(Chr02:csnk1g2a,rnf2,kifap3)j6g1, Df(Chr2:csnk1g2a,rnf2,kifap3)j6g1, j6g1|Deficiency|sperm treated with g-rays|portion of Chr 2 is missing in j6g1 mutants|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 2|||2020-10-21
ZDB-ALT-001129-10|Df(Chr03)c1015|||c1015, Df(LG03), Df(LG03)c1015|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 3|||2020-10-21
ZDB-ALT-000215-12|Df(Chr03)c1033|||c1033, Df(LG03), Df(LG03)c1033|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 3|||2020-10-21
ZDB-ALT-991201-5|Df(Chr03:elavl3,hoxb5a)b491|||b491, Cr3(elavl3), Df(LG03)elavl3, Df(LG03:elavl3,hoxb5a), Df(LG03:elavl3,hoxb5a)b491|Deficiency|g-rays |Complex rearrangement.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 3|||2020-10-21
ZDB-ALT-001127-6|Df(Chr03:noxo1a,zgc:113100,sox8b,proza)cz26|sox9b|ZDB-GENE-001103-2|ceylon, cz26, Df(Chr03:noxo1a,zgc:113100,sox8,proza)cz26|Deficiency|adult males treated with ENU||The Zon Lab|ZDB-LAB-971016-2|Ambiguous|||2020-10-21
ZDB-ALT-050322-2|Df(Chr03:sox8b,sox9b)b971|||b971, Df(Chr03:sox8,sox9b)b971, Df(LG03:sox8,sox9b), Df(LG03:sox8,sox9b)b971, Df(LG03)sox9b|Deficiency|embryos treated with g-rays||Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 3|||2020-10-21
ZDB-ALT-030512-2|Df(Chr05:her1,her7,ndrg3a)b567|lhx3|ZDB-GENE-980526-131|b567, Df(LG05)her1, Df(LG05:her1,her7,ndrg3a), Df(LG05:her1,her7,ndrg3a)b567|Deficiency|g-rays ||Kimmel Lab|ZDB-LAB-970408-13|Chr: 5|||2020-10-21
ZDB-ALT-991005-28|Df(Chr05:tnc)b345|epd, isl1, sox19a|ZDB-GENE-980526-111, ZDB-GENE-980526-112, ZDB-GENE-980526-102|b345, Df(LG05)tenc, Df(LG05:tnc), Df(LG05:tnc)b345, Df(ten)|Deficiency|g-rays |Deletion.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 5|||2020-10-21
ZDB-ALT-010125-6|Df(Chr06)c1046|||c1046, Df(LG06), Df(LG06)c1046|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 6|||2020-10-21
ZDB-ALT-991130-63|Df(Chr07)c1050|||c1050, Df(LG07), Df(LG07)c1050|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 7|||2020-10-21
ZDB-ALT-010426-4|Df(Chr07)t4|||del, Df(Chr07)t4, DSHH, t4|Deficiency|spontaneous |Schauerte et al (1998)report that Southern analysis of t4 using genomic probes surrounding shh reveal that<BR>this deletion extends beyond 4.0 kb 5' to the start codon and 2.2 kb 3' to the stop codon of the shh open reading frame.|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 7|||2020-10-21
ZDB-ALT-991201-10|Df(Chr07:ccne,eng2a,shha)b240|ascl1b|ZDB-GENE-980526-174|b240, Cr7(ccne), Df(LG07)ccne, Df(LG07:ccne,eng2a,shha), Df(LG07:ccne,eng2a,shha)b240|Deficiency||Complex rearrangement.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 7|||2020-10-21
ZDB-ALT-070306-1|Df(Chr07:stbm)vu7|||Df(LG07:stbm)vu7, v7|Deficiency|g-rays ||Lila Solnica-Krezel Lab - Vanderbilt University|ZDB-LAB-981208-2|Chr: 7|||2020-10-21
ZDB-ALT-010621-4|Df(Chr08)fs31l|brpf1|ZDB-GENE-040426-731|Df(Chr08)fs31l, fs31, fs31l|Deficiency|adult males treated with ENU||The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 8|||2020-10-21
ZDB-ALT-001129-8|Df(Chr09)c1118|||c1118, Df(LG09), Df(LG09)c1118|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 9|||2020-10-21
ZDB-ALT-991201-20|Df(Chr10)c1014|||c1014, Df(LG10), Df(LG10)c1014|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 10|||2020-10-21
ZDB-ALT-980203-472|Df(Chr10:tdgf1)b173|||b173, Df(Chr10:oep)b173, Df(LG10:oep), Df(LG10:oep)b173|Deficiency|adult males treated with g-rays|The <em>b173</em> allele was originally identified as a translocation; however, after several generations this mutant allele began to segregate as a deletion with Mendelian frequency.|Kimmel Lab|ZDB-LAB-970408-13|Ambiguous|||2020-10-21
ZDB-ALT-010426-14|Df(Chr10:tdgf1)st2|||Df(Chr10:oep)st2, st2|Deficiency|adult males treated with ENU|st2 deletes the oep region of Chr 10; missing genes/markers:z7316, oep, BAC165D4, Z8146, Z13632|Talbot Lab|ZDB-LAB-970505-34|Ambiguous|||2020-10-21
ZDB-ALT-001214-2|Df(Chr10:tdgf1)z1|||Df(Chr10:oep)z1, Df(Chr:oep)z1, z1|Deficiency|g-rays ||Grunwald Lab|ZDB-LAB-980205-1|Chr: 10|||2020-10-21
ZDB-ALT-991201-31|Df(Chr11)c1020|||c1020, Df(LG11), Df(LG11)c1020|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 11|||2020-10-21
ZDB-ALT-050216-6|Df(Chr11:bmp7a)p11|||Df(Chr11:bmp7a)p11, p11|Deficiency|g-rays |missing bmp7 as well as Z8214, Z13411 and Z6909|Mullins Laboratory|ZDB-LAB-990119-1|Chr: 11|||2020-10-21
ZDB-ALT-050216-4|Df(Chr11:bmp7a)p15|||Df(Chr11:bmp7a)p15, p15|Deficiency|g-rays |missing bmp7 as well as Z8214, Z13411 and Z6909|Mullins Laboratory|ZDB-LAB-990119-1|Chr: 11|||2020-10-21
ZDB-ALT-001129-6|Df(Chr12)c1044|||c1044, Df(LG12), Df(LG12)c1044|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 12|||2020-10-21
ZDB-ALT-001129-4|Df(Chr12)c1098|||c1098, Df(LG12), Df(LG12)c1098|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 12|||2020-10-21
ZDB-ALT-180215-1|Df(Chr12:dlx3b, dlx4b)tud70||||Deficiency|embryos treated with CRISPR1-dlx3b, CRISPR1-dlx4b||Brand Lab|ZDB-LAB-970909-2|Chr: 12|||2020-10-21
ZDB-ALT-030219-2|Df(Chr12:dlx3b,dlx4b,tbx6)b380|egr2b|ZDB-GENE-980526-283|b380, Df(LG12)dlx3, Df(LG12)dlx3b, Df(LG12:dlx3b,dlx4b,tbx24), Df(LG12:dlx3b,dlx4b,tbx24)b380, Df(LG12:dlx3b,dlx4b,tbx6)b380|Deficiency|g-rays ||Westerfield Lab|ZDB-LAB-970408-1|Chr: 12|||2020-10-21
ZDB-ALT-980203-605|Df(Chr12:hhex)b16|||b16, Df(Chr12:hhex)b16|Deficiency|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Chr: 12|||2020-10-21
ZDB-ALT-991201-26|Df(Chr12:ndr2)b229|||b229, cyclops, Df(LG12)cyc, Df(LG12:ndr2), Df(LG12:ndr2)b229|Deficiency|sperm treated with g-rays|Deletion.|Kimmel Lab|ZDB-LAB-970408-13|Chr: 12|||2020-10-21
ZDB-ALT-991201-38|Df(Chr12:ndr2)c34|||c34, Df(LG12)cyc, Df(LG12:ndr2), Df(LG12:ndr2)c34|Deficiency|g-rays |Deletion.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 12|||2020-10-21
ZDB-ALT-991130-214|Df(Chr12:ndr2)c39|||c39, Df(LG12)cyc, Df(LG12:ndr2), Df(LG12:ndr2)c39|Deficiency|g-rays |Deletion, non-Mendelian.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 12|||2020-10-21
ZDB-ALT-010426-8|Df(Chr12:ndr2)st5|||Df(Chr12:ndr2)st5, st5|Deficiency|ENU ||Talbot Lab|ZDB-LAB-970505-34|Chr: 12|||2020-10-21
ZDB-ALT-020306-2|Df(Chr13)c1090|||c1090, Df(LG13), Df(LG13)c1090|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 13|||2020-10-21
ZDB-ALT-010426-10|Df(Chr13)st4|vent, vox|ZDB-GENE-010108-2, ZDB-GENE-010108-1|Df(LG13), Df(LG13)st4, st4|Deficiency|ENU ||Talbot Lab|ZDB-LAB-970505-34|Chr: 13|||2020-10-21
ZDB-ALT-980203-381|Df(Chr13:lycat)m39|||Df(Chr13:lycat)m39, m39|Deficiency|spontaneous ||The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 13|||2020-10-21
ZDB-ALT-991201-146|Df(Chr13:noto)b327|||b327, Df(Chr13:flh)b327, Df(LG13:flh), Df(LG13:flh)b327|Deficiency|g-rays |Deletion.|Halpern Lab|ZDB-LAB-980205-5|Chr: 13|||2020-10-21
ZDB-ALT-191031-2|Df(Chr13:six1a,six4a)oz27||||Deficiency|embryos treated with CRISPR1-six4a, CRISPR2-six1a|This deficiency lacks most of six1a and six4a, including the homeobox sequences.|Amacher Lab|ZDB-LAB-001018-2|Unmapped|||2020-10-21
ZDB-ALT-030812-2|Df(Chr13:vox,vent)st7|||Df(LG13:vox,vent), Df(LG13:vox,vent)st7, st7|Deficiency|adult males treated with ENU|Unbalanced translocation, heterozygotes transmit deletion as Mendelian recessive lethal.|Talbot Lab|ZDB-LAB-970505-34|Chr: 13|||2020-10-21
ZDB-ALT-030812-8|Df(Chr13:vox,vent)st8|||Df(LG13:vox,vent), Df(LG13:vox,vent)st8, st8|Deficiency|adult males treated with ENU|Unbalanced translocation, heterozygotes transmit deletion as Mendelian recessive lethal.|Talbot Lab|ZDB-LAB-970505-34|Chr: 13|||2020-10-21
ZDB-ALT-010426-12|Df(Chr14:gpc4)st3|||Df(Chr14:gpc4)st3, st3|Deficiency|ENU ||Stainier Lab|ZDB-LAB-970417-60|Chr: 14|||2020-10-21
ZDB-ALT-020130-2|Df(Chr14:wnt8a)w8|msx2a|ZDB-GENE-980526-322|Df(LG14:wnt8a), Df(LG14:wnt8a)w8, Df(wnt8), w8|Deficiency|g-rays ||Randall Moon Lab|ZDB-LAB-970430-13|Chr: 14|||2020-10-21
ZDB-ALT-991208-25|Df(Chr15)b409|||b409, Df(Chr15)b409|Deficiency|sperm treated with g-rays|b409 is missing the 3'-UTR of the lhx1a1 gene, as well as z24|Halpern Lab|ZDB-LAB-980205-5|Chr: 15|||2020-10-21
ZDB-ALT-001023-2|Df(Chr15)c1083|||c1083, Df(LG15), Df(LG15)c1083|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 15|||2020-10-21
ZDB-ALT-001129-2|Df(Chr15)c1102|||c1102, Df(LG15), Df(LG15)c1102|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 15|||2020-10-21
ZDB-ALT-010125-8|Df(Chr15)c1130|||c1130, Df(LG15), Df(LG15)c1130|Deficiency|||Halpern Lab|ZDB-LAB-980205-5|Chr: 15|||2020-10-21
ZDB-ALT-991208-30|Df(Chr15:chd)c4|||c4, Df(LG15:chd), Df(LG15:chd)c4|Deficiency|sperm treated with g-rays|<em>b305</em> <em>b386</em> <em>b409</em> <em>c4</em> and <em>c47</em> are overlapping deficiencies affecting the <em>cerebum (crm)</em> locus.|Halpern Lab|ZDB-LAB-980205-5|Chr: 15|||2020-10-21
ZDB-ALT-991208-20|Df(Chr15:crm)c7|chrd, lhx1a|ZDB-GENE-990415-33, ZDB-GENE-980526-347|c47, c7, Df(LG15:crm), Df(LG15:crm)c7|Deficiency|adult males treated with g-rays|<em>b305</em>, <em>b386</em>, <em>b409</em> <em>c4</em> and <em>c47</em> are overlapping deficiencies affecting the <em>cerebum (crm)</em> locus.|Chien Lab|ZDB-LAB-981125-13|Chr: 15|||2020-10-21
ZDB-ALT-030210-4|Df(Chr15:supt5h)s30|||Df(LG15:supt5h), Df(LG15:supt5h)s30, s30|Deficiency|||Stainier Lab|ZDB-LAB-970417-60|Ambiguous|||2020-10-21
ZDB-ALT-010125-2|Df(Chr16)c1064|||c1064, Df(LG16), Df(LG16)c1064|Deficiency|||Halpern Lab|ZDB-LAB-980205-5|Chr: 16|||2020-10-21
ZDB-ALT-000822-2|Df(Chr16)c1069|||c1069, Df(LG16), Df(LG16)c1069|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 16|||2020-10-21
ZDB-ALT-060125-2|Df(Chr16:fbxl4,coq3,pnrc2,pou3f1,rspo1,gnl2,dnali1,snip1)b644|mms22l|ZDB-GENE-030131-3869|b644, tor, tortuga|Deficiency|ENU |Deficiency maps to a 1.46 Mb region on Chromosome 16 spanning an interval of at least 20 known or predicted protein-coding RefSeq-annotated genes in genome assembly GRCz10/danRer10.
One breakpoint lies 0.30 cM to the left of the SSLP markers z13511, in a ~206 kb interval between mms22l and the intergenic region. 
The other breakpoint lies 0.37 cM to the right of the SSLP markers z9511, in the ~2.9 kb genomic interval between exon 1 and intron 3 of snip1.|Amacher Lab|ZDB-LAB-001018-2|Ambiguous|||2020-10-21
ZDB-ALT-980203-816|Df(Chr18)b13|||b13, Df(Chr:18)b13|Deficiency|embryos treated with g-rays||Streisinger Lab|ZDB-LAB-980209-8|Chr: 18|||2020-10-21
ZDB-ALT-001115-2|Df(Chr19)c1017|||c1017, Df(LG19), Df(LG19)c1017|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 19|||2020-10-21
ZDB-ALT-991203-8|Df(Chr20)c1032|||c1032, Df(LG20), Df(LG20)c1032|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 20|||2020-10-21
ZDB-ALT-991206-7|Df(Chr20:kita)b465|||b465, Df(LG20)kit, Df(LG20:kita), Df(LG20:kita)b465|Deficiency|g-rays ||Weston Lab|ZDB-LAB-970408-87|Chr: 20|||2020-10-21
ZDB-ALT-000921-10|Df(Chr20:kita)j1g2|||Df(LG20)kit, Df(LG20:kita), Df(LG20:kita)j1g2, j1g2|Deficiency|g-rays ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-191031-3|Df(Chr20:six1b,six4b)oz16||||Deficiency|embryos treated with CRISPR1-six4b, CRISPR2-six1b|This deficiency lacks almost all of six1b and six4b, including the homeobox sequences.|Amacher Lab|ZDB-LAB-001018-2|Unmapped|||2020-10-21
ZDB-ALT-000822-6|Df(Chr22)c1096|||c1096, Df(LG22), Df(LG22)c1096|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 22|||2020-10-21
ZDB-ALT-000822-4|Df(Chr22)c1103|||c1103, Df(LG22), Df(LG22)c1103|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 22|||2020-10-21
ZDB-ALT-010125-4|Df(Chr22)c1104|||c1104, Df(LG22), Df(LG22)c1104|Deficiency|||Halpern Lab|ZDB-LAB-980205-5|Chr: 22|||2020-10-21
ZDB-ALT-030409-2|Df(Chr23:acvr1ba,sp5l,wnt1,wnt10b)w5|zgc:153867|ZDB-GENE-030131-9170|Df(Chr23:acvr1b,sp5l,wnt1,wnt10b)w5, Df(LG23:acvr1b,sp5l,wnt1,wnt10b), Df(LG23:acvr1b,sp5l,wnt1,wnt10b)w5, w5|Deficiency|embryos treated with g-rays|<em>Df(LG23)wnt1<sup>w5</sup></em> is a deletion of the <em>wnt1</em> and <em>wnt10b</em> loci.|Randall Moon Lab|ZDB-LAB-970430-13|Chr: 23|||2020-10-21
ZDB-ALT-970731-8|Df(Chr23:mafb,snai1b)b361|tnnt2a|ZDB-GENE-000626-1|b361, Df(LG23:mafb,snai1b), Df(LG23:mafb,snai1b)b361|Deficiency|embryos treated with g-rays|Deficiency (gamma-ray induced) also AC6.590(RAPD), I1.900 (RAPD). Mendelian.|Kimmel Lab|ZDB-LAB-970408-13|Chr: 23|||2020-10-21
ZDB-ALT-970731-24|Df(Chr23:mafb,snai1b,tnnt2)b475|||b475, Df(LG23:mafb,snai1b,tnnt2), Df(LG23:mafb,snai1b,tnnt2)b475|Deficiency|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Chr: 23|||2020-10-21
ZDB-ALT-180822-2|Df(Chr23:mir200a,mir200b,mir429)hza53||||Deficiency|embryos treated with CRISPR1-CR9525720.9, CRISPR2-CR9525720.9||Jie Mei Lab|ZDB-LAB-170210-3|Unmapped|||2020-10-21
ZDB-ALT-991201-109|Df(Chr23:myb)b316|||b316, Df(Chr23:cmyb)b316, T(LG23:hoxc5a,myb,pou6f1,rarg,wnt1)b316, T(LG23:hoxc5a,myb,pouc,rarg,wnt1), T(LG23:hoxc5a,myb,pouc,rarg,wnt1)b316, T(LG23)wnt1|Deficiency|g-rays |Thompson et al (1998) report that b316 is a gamma ray induced deletion of a large portion of chromosome 23.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 23|||2020-10-21
ZDB-ALT-991201-121|Df(Chr23:plod3)b531|||b531, T(LG23)her4, T(LG23:her4,hoxc5a,pou6f1)b531, T(LG23:her4,hoxc5a,pouc), T(LG23:her4,hoxc5a,pouc)b531|Deficiency|g-rays |Zeller et al. (2002) report that b531 is a gamma ray induced allele in which the entire diwanka locus is deleted.|Fritz Lab|ZDB-LAB-000522-1|Ambiguous|||2020-10-21
ZDB-ALT-991201-43|Df(Chr24)c1002|||c1002, Df(LG24), Df(LG24)c1002|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 24|||2020-10-21
ZDB-ALT-991201-48|Df(Chr24)c1018|||c1018, Df(LG24), Df(LG24)c1018|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 24|||2020-10-21
ZDB-ALT-991130-224|Df(Chr24)c1054|||c1054, Df(LG24), Df(LG24)c1054|Deficiency|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 24|||2020-10-21
ZDB-ALT-000405-2|Df(Chr24:reck)w15|||Df(Chr24:reck)w15, w15|Deficiency|adult males treated with ENU|The w15 allele is a large deletion of chromosome 24 encompassing at least 0.4 Mb and including the entire sdp critical region.|David Raible Lab|ZDB-LAB-980202-1|Chr: 24|||2020-10-21
ZDB-ALT-991201-54|Df(Chr25:ogo_b180)b180|||b180, Df(LG25:ogo_b180), Df(LG25:ogo_b180)b180|Deficiency|embryos treated with g-rays|Miller-Bertoglio, et al (1999) demonstrate that the <em>mercedes</em>, <em>short tail</em> and <em>ogon</em> mutations are allelic and rename them all as <em>ogon (ogo)</em>.|Kimmel Lab|ZDB-LAB-970408-13|Chr: 25|||2020-10-21
ZDB-ALT-980203-391|Df(Chr25:szl)m60|||Df(Chr25:ogo_m60, Df(Chr25:ogo_m60)m60, Df(LG25:ogo_m60), Df(LG25:ogo_m60)m60, m60|Deficiency|spontaneous |Miller-Bertoglio, et al (1999) demonstrate that the <em>mercedes</em>, <em>short tail</em> and <em>ogon</em> mutations are allelic and rename them all as <em>ogon (ogo)</em>.|The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 25|||2020-10-21
ZDB-ALT-160707-2|Df(Chr2:mib1,foxc1a)nn2002|abi1b, ap2m1a|ZDB-GENE-060929-1182, ZDB-GENE-030131-9784|nn2002|Deficiency|adult males treated with ENU|nn2002 mutants have a regional deletion in the genome, where part of chromosome 2, including mib1 and foxc1a, is deleted.|Jiang Lab|ZDB-LAB-020109-1|Ambiguous|||2020-10-21
ZDB-ALT-180822-1|Df(Chr6:mir141,mir200c,mir429b)hza52||||Deficiency|embryos treated with CRISPR1-CU855953.4, CRISPR2-CU855953.4||Jie Mei Lab|ZDB-LAB-170210-3|Unmapped|||2020-10-21
ZDB-ALT-190404-19|Df(chr1:mir17a1,mir18a,mir19a,mir20a,mir19b,mir92a-1)zf2098|||zf2098|Deficiency|embryos treated with TALEN1-CABZ01079541, TALEN2-CABZ01079541|Multiple lines were created in which the entire multi-mir cluster called "mir17-92" was removed, but the author did not verify which line was maintained|ZFIN Database Team|ZDB-LAB-000914-1|Unmapped|||2020-10-21
ZDB-ALT-190404-20|Df(chr4:mir430a-18,mir430b-17)zf2099|||zf2099|Deficiency|embryos treated with TALEN1-BX088538, TALEN2-BX088538|Multiple lines were created in which the entire multi-mir cluster called "mir430" was removed, but the author did not verify which line was maintained|ZFIN Database Team|ZDB-LAB-000914-1|Unmapped|||2020-10-21
ZDB-ALT-991111-55|T(Chr01:dlx6a,eng1b)r1|||r1, T(LG01)dlx6, T(LG01:dlx6a,eng1b), T(LG01:dlx6a,eng1b)r1|Translocation||Balanced translocation with <em>r3</em>.|Groupe Danio|ZDB-LAB-970730-46|Ambiguous|||2020-10-21
ZDB-ALT-991130-131|T(Chr03:eve1,hoxb5a,pyy,rarab,thra)b245|||b245, T(hoxb), T(LG03:eve1,hoxb5a,pyy,rarab,thra), T(LG03:eve1,hoxb5a,pyy,rarab,thra)b245|Translocation|g-rays |Balanced translocation with <em>b246</em>. Non-Mendelian.|Westerfield Lab|ZDB-LAB-970408-1|Ambiguous|||2020-10-21
ZDB-ALT-991201-131|T(Chr03:eve1,hoxb5a,pyy,rarab,thra)b447|||b447, T(LG03:eve1,hoxb5a,pyy,rarab,thra), T(LG03:eve1,hoxb5a,pyy,rarab,thra)b447, T(LG03)hoxb|Translocation|g-rays |Balanced translocation with <em>b524</em>.|Westerfield Lab|ZDB-LAB-970408-1|Ambiguous|||2020-10-21
ZDB-ALT-991130-219|T(Chr09)r2|||r2, T(LG09), T(LG09)r2|Translocation||Balanced translocation.|Groupe Danio|ZDB-LAB-970730-46|Chr: 9|||2020-10-21
ZDB-ALT-991201-136|T(Chr09:dlx1a,dlx2a,eng1a,hoxd4a)b566|||b566, T(LG09:dlx1a,dlx2a,eng1a,hoxd4a), T(LG09:dlx1a,dlx2a,eng1a,hoxd4a)b566, T(LG09)eng1|Translocation||Balanced translocation (?).|Westerfield Lab|ZDB-LAB-970408-1|Chr: 9|||2020-10-21
ZDB-ALT-991201-59|T(Chr10)p4|||p4, T(LG10), T(LG10)p4|Translocation||Translocation.|Halpern Lab|ZDB-LAB-980205-5|Ambiguous|||2020-10-21
ZDB-ALT-131017-1|T(Chr11)as10||||Translocation|adult males treated with ENU|A 1kb+ sequence from chromosome 11 is inserted into intron 1 of s1pr2 on chormosome 3|Hwang Lab|ZDB-LAB-970417-28|Chr: 3|||2020-10-21
ZDB-ALT-991201-64|T(Chr12:ndr2)b213|||b213, cyclops, T(LG12)cyc, T(LG12:ndr2), T(LG12:ndr2)b213|Translocation|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Chr: 12|||2020-10-21
ZDB-ALT-991201-70|T(Chr12:ndr2)c106|||c106, Df(LG12)cyc, T(LG12)cyc, T(LG12:ndr2), T(LG12:ndr2)c106|Translocation|g-rays |Balanced translocation with <em>c108</em>.|Halpern Lab|ZDB-LAB-980205-5|Chr: 12|||2020-10-21
ZDB-ALT-991201-82|T(Chr13:noto)b277|||b277, T(Chr13:flh)b277, T(LG13:flh), T(LG13:flh)b277|Translocation||Balanced translocation with LG 12.|Halpern Lab|ZDB-LAB-980205-5|Chr: 13|||2020-10-21
ZDB-ALT-991201-77|T(Chr13:noto)b325|||b325, T(Chr13:flh)b325, T(LG13:flh), T(LG13:flh)b325|Translocation||Balanced translocation with LG 12.|Halpern Lab|ZDB-LAB-980205-5|Chr: 13|||2020-10-21
ZDB-ALT-991201-88|T(Chr14:msxa)c111|||c111, T(LG14:msxa), T(LG14:msxa)c111|Translocation||Balanced translocation with <em>b386</em>|Halpern Lab|ZDB-LAB-980205-5|Chr: 14|||2020-10-21
ZDB-ALT-020130-4|T(Chr14:wnt8a)w11|||T(LG14)wnt8, T(LG14:wnt8a), T(LG14:wnt8a)w11, w11|Translocation|sperm treated with ENU||Randall Moon Lab|ZDB-LAB-970430-13|Chr: 14|||2020-10-21
ZDB-ALT-991201-93|T(Chr15:dharma)vu9|||T(Chr15:dharma)v9, T(LG15)boz, T(LG15:dharma), T(LG15:dharma)v9, v9|Translocation|adult males treated with g-rays|Translocation (?).|Halpern Lab|ZDB-LAB-980205-5|Chr: 15|||2020-10-21
ZDB-ALT-991201-104|T(Chr16:ctnnb)c46|||c46, T(LG16:ctnnb), T(LG16:ctnnb)c46|Translocation||Balanced translocation (?).|Westerfield Lab|ZDB-LAB-970408-1|Chr: 16|||2020-10-21
ZDB-ALT-991201-98|T(Chr16:gdf6a)r3|||r3, T(LG16:gdf6a), T(LG16:gdf6a)r3, T(LG16)radar|Translocation||Balanced translocation. Delot et al. (1999; ZDB-PUB-990728-2) state that a 27.4 cM region encompassing gdf6a is missing in the mutant, and that a breakpoint is 4 cM from the gdf6a gene.|Groupe Danio|ZDB-LAB-970730-46|Ambiguous|||2020-10-21
ZDB-ALT-991201-141|T(Chr17:gdf3,gsc)b571|||b571, T(Chr17:dvr1,gsc)b571, T(LG17:dvr1,gsc), T(LG17:dvr1,gsc)b571, T(LG17)gsc|Translocation||Balanced translocation.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 17|||2020-10-21
ZDB-ALT-991201-114|T(Chr17:gsc)b250|||b250, T(LG17:gsc), T(LG17:gsc)b250|Translocation|g-rays |Terminal translocation.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 17|||2020-10-21
ZDB-ALT-991201-126|T(Chr25:foxb1a,isl2,myod)b349|||b349, T(Chr25:foxb1.2,isl2,myod)b349, T(LG25:foxb1.2,isl2,myod), T(LG25:foxb1.2,isl2,myod)b349, T(LG25)myod|Translocation||Balanced translocation with <em>c112</em>.|Halpern Lab|ZDB-LAB-980205-5|Chr: 25|||2020-10-21
ZDB-ALT-980203-769|a1||||Point Mutation|ENU |The mutation in a splice acceptor site results in a two-amino-acid deletion (T138-K139) and a missense mutation (V140I).|Dowling Lab|ZDB-LAB-970501-1|Chr: 6|||2020-10-21
ZDB-ALT-011017-4|a101||||Unknown|||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-980203-570|a12||||Unknown|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-180201-1|a12200Tg||||Transgenic Insertion|embryos treated with DNA||Engert Lab|ZDB-LAB-070419-2|Unmapped|Tg2(elavl3:GCaMP6f)|ZDB-TGCONSTRCT-180201-2|2020-10-21
ZDB-ALT-050714-2|a125Tg|||a125, Tg(1.3Xops:XrhoCT44-GFP), Tg(1.3Xops:XrhoCT44-GFP)a125|Transgenic Insertion|embryos treated with DNA||Dowling Lab|ZDB-LAB-970501-1|Unmapped|Tg(1.3Xla.Ops:Xla.RhoCT44-GFP)|ZDB-TGCONSTRCT-070117-132|2020-10-21
ZDB-ALT-110215-3|a126Tg|||Tg(hcrt-UAS-Xla.Eef1a:GFP-Aequorin)a126, Tg(hcrt-UAS-Xla.Eef1a:GFP-apoAquorin)a126|Transgenic Insertion|embryos treated with DNA||Engert Lab|ZDB-LAB-070419-2|Unmapped|Tg(hcrt-UAS-Xla.Eef1a1:GFP-Aequorin)|ZDB-TGCONSTRCT-110208-3|2020-10-21
ZDB-ALT-110215-4|a127Tg|||Tg(UAS-Xla.Eef1a1-Xla.NBetatubb3:GFP-Aequorin)a127, Tg(UAS-Xla.Eef1a-Xla.NBetatubb3:GFP-Aequorin)a127, Tg(UAS-Xla.Eef1a-Xla.NBetatubb3:GFP-apoAequorin)a127|Transgenic Insertion|embryos treated with DNA||Engert Lab|ZDB-LAB-070419-2|Unmapped|Tg(UAS-Xla.Eef1a1-Xla.Tubb2b:GFP-Aequorin)|ZDB-TGCONSTRCT-110215-2|2020-10-21
ZDB-ALT-120208-1|a128Tg|||Tg(isl1:Gal4-VP16,14xUAS:Kaede)a128|Transgenic Insertion|embryos treated with DNA|In a128, Kaede is expressed in a subset of trigeminal ganglion sensory neurons that preferentially express robo2.  In the absence of robo2, these neurons exhibit increased axon branch growth and synaptogenesis at the hindbrain-spinal cord junction.  <a href="https://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-120106-15">Pan et al. (2012)</a>|Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(isl1:GAL4-VP16,14xUAS:Kaede)|ZDB-TGCONSTRCT-120208-1|2020-10-21
ZDB-ALT-120208-2|a129Tg|||TgBAC_BX537129(trpa1b:EGFP)a129, TgBAC(trpa1b:EGFP)a129|Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|TgBAC(trpa1b:EGFP)|ZDB-TGCONSTRCT-120208-2|2020-10-21
ZDB-ALT-001221-2|a13|||nrb|Point Mutation|ENU ||Dowling Lab|ZDB-LAB-970501-1|Chr: 21|||2020-10-21
ZDB-ALT-130816-4|a130Tg|||Tg(14xUAS:LOX2272-LOXP-RFP-LOX2272-CFP-LOXP-YFP)a130|Transgenic Insertion|embryos treated with DNA|This line contains two copies of the transgene in the same locus (Pan et al., 2013).|Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(14xUAS:LOX2272-LOXP-Tomato-LOX2272-Cerulean-LOXP-YFP)|ZDB-TGCONSTRCT-130816-3|2020-10-21
ZDB-ALT-130816-2|a131Tg|||Tg(ubb:LOX2272-LOXP-RFP-LOX2272-CFP-LOXP-YFP)a131, ubi:Zebrabow-M|Transgenic Insertion|embryos treated with DNA|This line has multiple independent insertions (Pan et al.,2013).|Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(ubb:LOX2272-LOXP-Tomato-LOX2272-Cerulean-LOXP-YFP)|ZDB-TGCONSTRCT-130816-1|2020-10-21
ZDB-ALT-180502-2|a13203Tg||||Transgenic Insertion|embryos treated with DNA||Robson Lab|ZDB-LAB-180430-1|Unmapped|Tg2(elavl3:GCaMP6s)|ZDB-TGCONSTRCT-180326-1|2020-10-21
ZDB-ALT-130816-1|a132Tg|||Tg(ubb:LOX2272-LOXP-RFP-LOX2272-CFP-LOXP-YFP)a132, ubi:Zebrabow-S|Transgenic Insertion|embryos treated with DNA|This line contains a single insertion of the transgene (Pan et al., 2013).|Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(ubb:LOX2272-LOXP-Tomato-LOX2272-Cerulean-LOXP-YFP)|ZDB-TGCONSTRCT-130816-1|2020-10-21
ZDB-ALT-130816-3|a133Tg|||Tg(4xUAS:LOX2272-LOXP-RFP-LOX2272-CFP-LOXP-YFP)a133, UAS:Zebrabow-B|Transgenic Insertion|embryos treated with DNA|This line contains multiple independent insertions of the transgene (Pan et al., 2013).|Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(4xUAS:LOX2272-LOXP-Tomato-LOX2272-Cerulean-LOXP-YFP)|ZDB-TGCONSTRCT-130816-2|2020-10-21
ZDB-ALT-130816-5|a134Tg|||Tg2(hsp70l:Cre)a134|Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg2(hsp70l:Cre)|ZDB-TGCONSTRCT-130816-4|2020-10-21
ZDB-ALT-140725-5|a135Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(hsp70l:gal)|ZDB-TGCONSTRCT-140725-4|2020-10-21
ZDB-ALT-140725-4|a136Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(hsp70l:calca)|ZDB-TGCONSTRCT-140725-3|2020-10-21
ZDB-ALT-140725-2|a137Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(hsp70l:cart3)|ZDB-TGCONSTRCT-140725-2|2020-10-21
ZDB-ALT-140725-3|a138Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(hsp70l:cckb)|ZDB-TGCONSTRCT-140811-4|2020-10-21
ZDB-ALT-140725-6|a139Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(hsp70l:pnocb)|ZDB-TGCONSTRCT-140725-5|2020-10-21
ZDB-ALT-001221-4|a14|||nrc|Point Mutation|||Dowling Lab|ZDB-LAB-970501-1|Chr: 10|||2020-10-21
ZDB-ALT-140725-1|a140Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(hsp70l:adcyap1b)|ZDB-TGCONSTRCT-140725-1|2020-10-21
ZDB-ALT-140611-6|a141|||allele 7|Small Deletion|embryos treated with TALEN1-apela|TALEN-induced 4 nt deletion generates frameshift allele lacking the mature Toddler peptide\n(frameshift 2 amino acids after the signal peptidase cleavage site).|Schier Lab|ZDB-LAB-970505-58|Chr: 1|||2020-10-21
ZDB-ALT-140611-7|a142|||allele 3, allele 28|Indel|TALEN TALEN1-apela|TALEN-induced 12 nt deletion and 5 nt insertion generates frameshift allele lacking the
mature Toddler peptide (frameshift 2 amino acids after the signal peptidase cleavage site).|Schier Lab|ZDB-LAB-970505-58|Chr: 1|||2020-10-21
ZDB-ALT-140429-1|a143Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(hsp70l:apela,myl7:EGFP)|ZDB-TGCONSTRCT-140429-1|2020-10-21
ZDB-ALT-180417-4|a145||||Indel|embryos treated with TALEN1-lft1||Schier Lab|ZDB-LAB-970505-58|Chr: 20|||2020-10-21
ZDB-ALT-180417-5|a146||||Small Deletion|embryos treated with TALEN2-lft2||Schier Lab|ZDB-LAB-970505-58|Chr: 17|||2020-10-21
ZDB-ALT-150803-3|a147Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(actb2:EGFP-smad2)|ZDB-TGCONSTRCT-150803-3|2020-10-21
ZDB-ALT-150803-4|a148Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(actb2:Hsa.HIST2H2BE-RFP)|ZDB-TGCONSTRCT-150803-4|2020-10-21
ZDB-ALT-151028-3|a150Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(-6.7Tru.Hcrtr2:GAL4-VP16)|ZDB-TGCONSTRCT-151028-8|2020-10-21
ZDB-ALT-151028-4|a151Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(14xUAS:GCaMP5)|ZDB-TGCONSTRCT-151028-9|2020-10-21
ZDB-ALT-151028-5|a152Tg|||a144|Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(14xUAS-E1B:Cr.ChR2_H134R-EYFP)|ZDB-TGCONSTRCT-151028-10|2020-10-21
ZDB-ALT-170630-3|a153||||Small Deletion|embryos treated with CRISPR1-polq, CRISPR2-polq, CRISPR3-polq||Schier Lab|ZDB-LAB-970505-58|Chr: 21|||2020-10-21
ZDB-ALT-160404-4|a154Tg||||Transgenic Insertion|embryos treated with DNA||Engert Lab|ZDB-LAB-070419-2|Unmapped|Tg(elavl3:Hsa.HIST2H2BE-RFP)|ZDB-TGCONSTRCT-160404-4|2020-10-21
ZDB-ALT-160406-1|a155Tg||||Transgenic Insertion|embryos treated with DNA||Engert Lab|ZDB-LAB-070419-2|Unmapped|Tg(UAS:sypb-GCaMP6s)|ZDB-TGCONSTRCT-160406-1|2020-10-21
ZDB-ALT-161007-2|a158Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(ubb:DsRed-barcodev6,myl7:EGFP)|ZDB-TGCONSTRCT-161007-4|2020-10-21
ZDB-ALT-161007-3|a159Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(ubb:DsRed-barcodev7,myl7:EGFP)|ZDB-TGCONSTRCT-161007-5|2020-10-21
ZDB-ALT-180416-6|a160||||Indel|embryos treated with CRISPR1-kctd13, CRISPR2-kctd13, CRISPR3-kctd13, CRISPR4-kctd13||Schier Lab|ZDB-LAB-970505-58|Chr: 3|||2020-10-21
ZDB-ALT-161212-1|a161Tg||||Transgenic Insertion|embryos treated with DNA||Engert Lab|ZDB-LAB-070419-2|Unmapped|Tg(Cau.Tuba1:GCaMP2)|ZDB-TGCONSTRCT-161212-1|2020-10-21
ZDB-ALT-180515-6|a164||||Small Deletion|embryos treated with CRISPR2-gdf3||Schier Lab|ZDB-LAB-970505-58|Chr: 17|||2020-10-21
ZDB-ALT-180515-7|a165||||Small Deletion|embryos treated with CRISPR2-gdf3||Schier Lab|ZDB-LAB-970505-58|Chr: 17|||2020-10-21
ZDB-ALT-180601-1|a166||||Small Deletion|embryos treated with TALEN3-nanog||Schier Lab|ZDB-LAB-970505-58|Chr: 24|||2020-10-21
ZDB-ALT-180926-1|a167Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(hsp70l:DsRed-v7,myl7:EGFP)|ZDB-TGCONSTRCT-180926-1|2020-10-21
ZDB-ALT-180926-2|a168Tg||||Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(hsp70l:zCas9-2A-EGFP,5x(U6:sgRNA))|ZDB-TGCONSTRCT-180926-2|2020-10-21
ZDB-ALT-180417-7|a169||||Small Deletion|embryos treated with CRISPR1-cxcr4a, CRISPR2-cxcr4a, CRISPR3-cxcr4a, CRISPR4-cxcr4a, CRISPR5-cxcr4a|The 433 bp deletion generates a frameshift after the 28th amino acid.|Schier Lab|ZDB-LAB-970505-58|Chr: 6|||2020-10-21
ZDB-ALT-180504-3|a170||||Small Deletion|embryos treated with CRISPR3-aplnrb|Harbors a 1 bp deletion in the 52nd amino acid.|Schier Lab|ZDB-LAB-970505-58|Chr: 10|||2020-10-21
ZDB-ALT-980203-792|a2||||Unknown|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-190422-8|a204||||Small Deletion|embryos treated with CRISPR1-dand5||Schier Lab|ZDB-LAB-970505-58|Chr: 1|||2020-10-21
ZDB-ALT-190422-9|a205||||Small Deletion|embryos treated with CRISPR2-spaw, CRISPR3-spaw||Schier Lab|ZDB-LAB-970505-58|Chr: 5|||2020-10-21
ZDB-ALT-200225-10|a211||||Complex|embryos treated with CRISPR1-znf536, CRISPR2-znf536, CRISPR3-znf536, CRISPR4-znf536||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-21|a212||||Indel|embryos treated with CRISPR1-mbd5, CRISPR2-mbd5, CRISPR3-mbd5, CRISPR4-mbd5||Schier Lab|ZDB-LAB-970505-58|Chr: 6|||2020-10-21
ZDB-ALT-200205-2|a213||||Small Deletion|embryos treated with CRISPR||Schier Lab|ZDB-LAB-970505-58|Chr: 13|||2020-10-21
ZDB-ALT-200204-15|a214||||Small Deletion|embryos treated with CRISPR1-sbno1, CRISPR2-sbno1, CRISPR3-sbno1, CRISPR4-sbno1||Schier Lab|ZDB-LAB-970505-58|Chr: 10|||2020-10-21
ZDB-ALT-200212-1|a215||||Complex|embryos treated with CRISPR2-tcf4, CRISPR3-tcf4, CRISPR4-tcf4, CRISPR5-tcf4||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200129-2|a216||||Small Deletion|embryos treated with CRISPR1-elfn1a, CRISPR2-elfn1a, CRISPR3-elfn1a, CRISPR4-elfn1a||Schier Lab|ZDB-LAB-970505-58|Chr: 3|||2020-10-21
ZDB-ALT-200129-3|a217||||Complex|embryos treated with CRISPR1-elfn1b, CRISPR2-elfn1b, CRISPR3-elfn1b, CRISPR4-elfn1b|6bp deletion, 494bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200224-3|a218||||Complex|embryos treated with CRISPR1-shisa9a, CRISPR2-shisa9a, CRISPR3-shisa9a, CRISPR4-shisa9a||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200224-2|a219||||Complex|embryos treated with CRISPR1-shisa9b, CRISPR2-shisa9b, CRISPR3-shisa9b, CRISPR4-shisa9b|3bp deletion, 17bp insertion, 7 bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-21|a220||||Complex|embryos treated with CRISPR1-ncana, CRISPR2-ncana, CRISPR3-ncana, CRISPR4-ncana|6bp deletion, 167bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-22|a221||||Complex|embryos treated with CRISPR1-ncanb, CRISPR2-ncanb, CRISPR3-ncanb, CRISPR4-ncanb|11bp deletion, 3bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-30|a222||||Complex|embryos treated with CRISPR1-brinp2, CRISPR2-brinp2, CRISPR3-brinp2, CRISPR4-brinp2||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200212-2|a223||||Indel|embryos treated with CRISPR1-ambra1a, CRISPR2-ambra1a, CRISPR3-ambra1a, CRISPR4-ambra1a||Schier Lab|ZDB-LAB-970505-58|Chr: 7|||2020-10-21
ZDB-ALT-200217-7|a224||||Complex|embryos treated with CRISPR10-ambra1b, CRISPR11-ambra1b, CRISPR12-ambra1b, CRISPR13-ambra1b|1 bp deletion, 1 bp deletion, 20 bp insertion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200211-9|a225||||Complex|embryos treated with CRISPR1-r3hdm2, CRISPR2-r3hdm2, CRISPR3-r3hdm2, CRISPR4-r3hdm2||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200224-5|a226||||Complex||5bp deletion, 14bp deletion, 323bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200211-16|a227||||Complex|embryos treated with CRISPR1-lrriq3, CRISPR2-lrriq3, CRISPR3-lrriq3, CRISPR4-lrriq3|1 bp deletion, 4 bp insertion, 2 bp insertion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-15|a228||||Complex|embryos treated with CRISPR1-adamtsl3, CRISPR2-adamtsl3, CRISPR3-adamtsl3||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200225-6|a229||||Complex|embryos treated with CRISPR1-akt3a, CRISPR2-akt3a, CRISPR3-akt3a, CRISPR4-akt3a||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200225-7|a230||||Complex|embryos treated with CRISPR2-akt3b, CRISPR3-akt3b, CRISPR4-akt3b, CRISPR5-akt3b|9bp deletion, 34bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-26|a231||||Complex|embryos treated with CRISPR1-anp32e, CRISPR2-anp32e, CRISPR3-anp32e, CRISPR4-anp32e||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200212-5|a232||||Complex|embryos treated with CRISPR1-arhgap1, CRISPR2-arhgap1, CRISPR3-arhgap1, CRISPR4-arhgap1|1 pb insertion, 19 bp deletion, 32 bp insertion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200127-1|a233||||Small Deletion|embryos treated with CRISPR1-arl3b, CRISPR2-arl3b, CRISPR3-arl3b, CRISPR4-arl3b||Schier Lab|ZDB-LAB-970505-58|Chr: 12|||2020-10-21
ZDB-ALT-200203-4|a234||||Complex|embryos treated with CRISPR1-arl6ip4, CRISPR2-arl6ip4, CRISPR3-arl6ip4, CRISPR4-arl6ip4|8bp Deletion,17bp Deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-31|a235||||Indel|embryos treated with CRISPR1-astn1, CRISPR2-astn1, CRISPR3-astn1, CRISPR4-astn1||Schier Lab|ZDB-LAB-970505-58|Chr: 2|||2020-10-21
ZDB-ALT-200304-19|a236||||Complex|embryos treated with CRISPR2-atxn7, CRISPR3-atxn7, CRISPR4-atxn7, CRISPR5-atxn7||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200204-13|a237||||Complex|embryos treated with CRISPR1-bag5, CRISPR2-bag5, CRISPR3-bag5, CRISPR4-bag5|7bp deletion, 9bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200226-9|a238||||Small Deletion|embryos treated with CRISPR1-bcl11ba||Schier Lab|ZDB-LAB-970505-58|Chr: 17|||2020-10-21
ZDB-ALT-200226-12|a239||||Complex|embryos treated with CRISPR1-bcl11bb, CRISPR2-bcl11bb, CRISPR3-bcl11bb, CRISPR4-bcl11bb||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200122-10|a240||||Small Deletion|embryos treated with CRISPR1-borcs7, CRISPR2-borcs7, CRISPR3-borcs7, CRISPR4-borcs7||Schier Lab|ZDB-LAB-970505-58|Chr: 13|||2020-10-21
ZDB-ALT-200304-28|a241||||Complex|embryos treated with CRISPR1-si:dkey-35i13.1, CRISPR2-si:dkey-35i13.1, CRISPR3-si:dkey-35i13.1, CRISPR4-si:dkey-35i13.1||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200203-7|a242||||Complex|embryos treated with CRISPR1-si:ch211-275j6.5, CRISPR2-si:ch211-275j6.5, CRISPR3-si:ch211-275j6.5, CRISPR4-si:ch211-275j6.5|79bp deletion, 6bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200211-20|a243||||Complex|embryos treated with CRISPR1-snorc, CRISPR2-snorc, CRISPR3-snorc, CRISPR4-snorc||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-2|a244||||Complex|embryos treated with CRISPR1-ca8, CRISPR2-ca8, CRISPR3-ca8, CRISPR4-ca8||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-1|a245||||Complex|embryos treated with CRISPR1-cacna1ia, CRISPR2-cacna1ia, CRISPR3-cacna1ia, CRISPR4-cacna1ia||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200211-6|a246||||Complex|embryos treated with CRISPR2-cacnb2a, CRISPR3-cacnb2a, CRISPR4-cacnb2a, CRISPR5-cacnb2a||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200211-7|a247||||Complex|embryos treated with CRISPR6-cacnb2b, CRISPR7-cacnb2b, CRISPR8-cacnb2b, CRISPR9-cacnb2b|1bp insertion, 12 bp insertion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200212-6|a248||||Indel|embryos treated with CRISPR1-chrm4a, CRISPR2-chrm4a, CRISPR3-chrm4a, CRISPR4-chrm4a||Schier Lab|ZDB-LAB-970505-58|Chr: 7|||2020-10-21
ZDB-ALT-200212-8|a249||||Indel|embryos treated with CRISPR1-chrm4b, CRISPR2-chrm4b, CRISPR3-chrm4b, CRISPR4-chrm4b||Schier Lab|ZDB-LAB-970505-58|Chr: 25|||2020-10-21
ZDB-ALT-200205-4|a250||||Complex|embryos treated with CRISPR1-chrna5, CRISPR2-chrna5, CRISPR3-chrna5, CRISPR4-chrna5||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200224-6|a251||||Complex|embryos treated with CRISPR1-clcn3, CRISPR2-clcn3, CRISPR3-clcn3, CRISPR4-clcn3||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200129-4|a252||||Small Deletion|embryos treated with CRISPR1-chst12a||Schier Lab|ZDB-LAB-970505-58|Chr: 3|||2020-10-21
ZDB-ALT-200129-5|a253||||Complex|embryos treated with CRISPR1-chst12b, CRISPR2-chst12b, CRISPR3-chst12b, CRISPR4-chst12b|1bp Deletion, 402bp Deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-20|a254||||Small Deletion|embryos treated with CRISPR1-csmd3a, CRISPR2-csmd3a, CRISPR3-csmd3a, CRISPR4-csmd3a||Schier Lab|ZDB-LAB-970505-58|Chr: 19|||2020-10-21
ZDB-ALT-200507-2|a255|||a255Tg|Insertion|embryos treated with CRISPR1-csmd1a, CRISPR2-csmd1a, CRISPR3-csmd1a, CRISPR4-csmd1a||Thyme Lab|ZDB-LAB-190816-1|Unmapped|||2020-10-21
ZDB-ALT-200204-14|a256||||Indel|embryos treated with CRISPR1-ckba, CRISPR2-ckba, CRISPR3-ckba, CRISPR4-ckba||Schier Lab|ZDB-LAB-970505-58|Chr: 13|||2020-10-21
ZDB-ALT-200204-16|a257||||Small Deletion|embryos treated with CRISPR1-ckbb, CRISPR2-ckbb, CRISPR3-ckbb, CRISPR4-ckbb||Schier Lab|ZDB-LAB-970505-58|Chr: 20|||2020-10-21
ZDB-ALT-200124-1|a258||||Small Deletion|embryos treated with CRISPR1-cnnm2b, CRISPR2-cnnm2b, CRISPR3-cnnm2b, CRISPR4-cnnm2b||Schier Lab|ZDB-LAB-970505-58|Chr: 1|||2020-10-21
ZDB-ALT-200122-9|a259||||Small Deletion|||Schier Lab|ZDB-LAB-970505-58|Chr: 13|||2020-10-21
ZDB-ALT-200225-3|a260||||Complex|embryos treated with CRISPR1-dgki, CRISPR2-dgki, CRISPR3-dgki, CRISPR4-dgki||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200212-4|a261||||Complex|embryos treated with CRISPR1-dgkza, CRISPR2-dgkza, CRISPR3-dgkza, CRISPR4-dgkza||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-8|a262||||Complex|embryos treated with CRISPR1-dgkzb, CRISPR2-dgkzb, CRISPR3-dgkzb, CRISPR4-dgkzb||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-23|a263||||Complex|embryos treated with CRISPR1-doc2a, CRISPR2-doc2a, CRISPR3-doc2a, CRISPR4-doc2a||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200226-6|a264||||Complex|embryos treated with CRISPR3-egr1, CRISPR4-egr1, CRISPR5-egr1, CRISPR6-egr1||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200204-11|a265||||Complex|embryos treated with CRISPR1-fes, CRISPR2-fes, CRISPR3-fes, CRISPR4-fes|8bp deletion, 6bp deletion,7bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-17|a266||||Complex|embryos treated with CRISPR1-foxg1a, CRISPR2-foxg1a, CRISPR3-foxg1a, CRISPR4-foxg1a||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-18|a267||||Small Deletion|embryos treated with CRISPR1-foxg1b, CRISPR2-foxg1b, CRISPR3-foxg1b, CRISPR4-foxg1b||Schier Lab|ZDB-LAB-970505-58|Chr: 11|||2020-10-21
ZDB-ALT-200211-15|a268||||Complex|embryos treated with CRISPR1-fpgt, CRISPR2-fpgt, CRISPR3-fpgt, CRISPR4-fpgt||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200204-10|a269||||Complex|embryos treated with CRISPR1-ftcdnl1, CRISPR2-ftcdnl1, CRISPR3-ftcdnl1, CRISPR4-ftcdnl1||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200212-7|a270||||Complex|embryos treated with CRISPR1-fxr1, CRISPR2-fxr1, CRISPR3-fxr1, CRISPR4-fxr1||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200519-10|a271||||Complex|embryos treated with CRISPR1-galnt10|A total of 10 bps deleted: 
WT: CAGCTGGGCTCTCCGCG
MUT:C-----GGCT----G-G|Thyme Lab|ZDB-LAB-190816-1|Unmapped|||2020-10-21
ZDB-ALT-200218-24|a272||||Small Deletion|embryos treated with CRISPR1-gatad2ab, CRISPR2-gatad2ab, CRISPR3-gatad2ab, CRISPR4-gatad2ab||Schier Lab|ZDB-LAB-970505-58|Chr: 22|||2020-10-21
ZDB-ALT-200211-17|a273||||Complex|embryos treated with CRISPR1-gigyf2, CRISPR2-gigyf2, CRISPR3-gigyf2, CRISPR4-gigyf2|83 bp deletion, 7 bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-22|a274||||Complex|embryos treated with CRISPR1-glt8d1, CRISPR2-glt8d1, CRISPR3-glt8d1, CRISPR4-glt8d1|5 bp deletion, 10 bp deletion, 6 bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-6|a275||||Complex|embryos treated with CRISPR1-gpm6aa, CRISPR2-gpm6aa, CRISPR3-gpm6aa||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-7|a276||||Small Deletion|embryos treated with CRISPR1-gpm6ab||Schier Lab|ZDB-LAB-970505-58|Chr: 1|||2020-10-21
ZDB-ALT-200304-3|a277||||Small Deletion|embryos treated with CRISPR1-gramd1bb||Schier Lab|ZDB-LAB-970505-58|Chr: 18|||2020-10-21
ZDB-ALT-200304-4|a278||||Small Deletion|embryos treated with CRISPR1-gramd1ba||Schier Lab|ZDB-LAB-970505-58|Chr: 10|||2020-10-21
ZDB-ALT-200304-16|a279||||Small Deletion|embryos treated with CRISPR2-grin2ab, CRISPR3-grin2ab, CRISPR4-grin2ab, CRISPR5-grin2ab||Schier Lab|ZDB-LAB-970505-58|Chr: 1|||2020-10-21
ZDB-ALT-200304-15|a280||||Complex|embryos treated with CRISPR1-grin2aa||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-12|a281||||Complex|embryos treated with CRISPR1-grm3, CRISPR2-grm3, CRISPR3-grm3, CRISPR4-grm3||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-23|a282||||Complex|embryos treated with CRISPR1-hapln4, CRISPR2-hapln4, CRISPR3-hapln4, CRISPR4-hapln4|16bp deletion, 244bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200226-16|a283||||Complex|embryos treated with CRISPR1-hcn1, CRISPR2-hcn1||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200205-7|a284||||Small Deletion|embryos treated with CRISPR1-immp2l||Schier Lab|ZDB-LAB-970505-58|Chr: 25|||2020-10-21
ZDB-ALT-200124-2|a285||||Small Deletion|embryos treated with CRISPR2-inaa, CRISPR3-inaa, CRISPR4-inaa, CRISPR5-inaa||Schier Lab|ZDB-LAB-970505-58|Chr: 13|||2020-10-21
ZDB-ALT-200124-3|a286||||Indel|embryos treated with CRISPR2-inab, CRISPR3-inab, CRISPR4-inab, CRISPR5-inab|9bp deletion, 54bp insertion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200205-3|a287||||Complex|embryos treated with CRISPR1-ireb2, CRISPR2-ireb2, CRISPR3-ireb2, CRISPR4-ireb2|2bp insertion, 11bp insertion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200211-18|a288||||Complex|embryos treated with CRISPR1-kcnj13, CRISPR2-kcnj13, CRISPR3-kcnj13, CRISPR4-kcnj13||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-28|a289||||Small Deletion|embryos treated with CRISPR1-kcnv1, CRISPR2-kcnv1, CRISPR3-kcnv1, CRISPR4-kcnv1||Schier Lab|ZDB-LAB-970505-58|Chr: 16|||2020-10-21
ZDB-ALT-200217-24|a290||||Complex|embryos treated with CRISPR5-kctd13, CRISPR6-kctd13, CRISPR7-kctd13, CRISPR8-kctd13|46bp insertion, 38bp deletion, 1bp insertion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-22|a291||||Complex|embryos treated with CRISPR1-kif5c, CRISPR2-kif5c, CRISPR3-kif5c, CRISPR4-kif5c|3bp deletion, 234bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200204-17|a292||||Complex|embryos treated with CRISPR1-klc1a, CRISPR2-klc1a, CRISPR3-klc1a, CRISPR4-klc1a|6bp deletion, 11pb deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200211-11|a293||||Complex|embryos treated with CRISPR1-lrp1ab, CRISPR2-lrp1ab, CRISPR3-lrp1ab, CRISPR4-lrp1ab|5 bp deletion, 4 bp insertion, 3 bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200205-5|a294||||Indel|embryos treated with CRISPR1-lrrn3b||Schier Lab|ZDB-LAB-970505-58|Chr: 4|||2020-10-21
ZDB-ALT-200205-6|a295||||Small Deletion|embryos treated with CRISPR1-lrrn3a, CRISPR2-lrrn3a, CRISPR3-lrrn3a, CRISPR4-lrrn3a||Schier Lab|ZDB-LAB-970505-58|Chr: 25|||2020-10-21
ZDB-ALT-200128-6|a296||||Complex|embryos treated with CRISPR1-mad1l1, CRISPR2-mad1l1, CRISPR3-mad1l1, CRISPR4-mad1l1|216bp Deletion, 5bp Deletion, 10bp Deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-27|a297||||Complex|embryos treated with CRISPR4-man2a1, CRISPR5-man2a1, CRISPR6-man2a1, CRISPR7-man2a1|26bp deletion, 7bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200204-12|a298||||Complex|embryos treated with CRISPR1-man2a2, CRISPR2-man2a2, CRISPR3-man2a2, CRISPR4-man2a2|3bp deletion, 28bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200212-3|a299||||Complex|embryos treated with CRISPR3-mdka, CRISPR4-mdka, CRISPR5-mdka, CRISPR6-mdka|6 bp deletion, 677 bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-980203-581|a3||||Unknown|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-150323-1|a300Tg||||Transgenic Insertion|embryos treated with DNA||Cohen Lab|ZDB-LAB-150218-2|Unmapped|Tg(myl7:Hso.Arch_D95N-GCaMP5G)|ZDB-TGCONSTRCT-150323-1|2020-10-21
ZDB-ALT-200304-13|a301||||Complex|embryos treated with CRISPR1-mmp16a, CRISPR2-mmp16a, CRISPR3-mmp16a, CRISPR4-mmp16a|206bp deletion, 4 bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-14|a302||||Small Deletion|embryos treated with CRISPR1-mmp16b||Schier Lab|ZDB-LAB-970505-58|Chr: 2|||2020-10-21
ZDB-ALT-200218-6|a303||||Complex|embryos treated with CRISPR1-nck1a, CRISPR2-nck1a, CRISPR3-nck1a, CRISPR4-nck1a|4 bp deletion, 145 bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-7|a304||||Indel|embryos treated with CRISPR1-nck1b, CRISPR2-nck1b, CRISPR3-nck1b, CRISPR4-nck1b||Schier Lab|ZDB-LAB-970505-58|Chr: 24|||2020-10-21
ZDB-ALT-200128-5|a305||||Complex||multiple insertions|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200211-19|a306||||Complex|embryos treated with CRISPr1-ngef, CRISPR2-ngef, CRISPR3-ngef, CRISPR4-ngef||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200211-21|a307||||Complex|embryos treated with CRISPR1-nrgna, CRISPR2-nrgna, CRISPR3-nrgna, CRISPR4-nrgna||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200205-8|a308||||Small Deletion|embryos treated with CRISPR1-ntm||Schier Lab|ZDB-LAB-970505-58|Chr: 10|||2020-10-21
ZDB-ALT-200211-8|a309||||Small Deletion|embryos treated with CRISPR1-nxph4, CRISPR2-nxph4, CRISPR3-nxph4, CRISPR4-nxph4||Schier Lab|ZDB-LAB-970505-58|Chr: 6|||2020-10-21
ZDB-ALT-200203-5|a310||||Indel|embryos treated with CRISPR1-ogfod2, CRISPR2-ogfod2, CRISPR3-ogfod2, CRISPR4-ogfod2||Schier Lab|ZDB-LAB-970505-58|Chr: 5|||2020-10-21
ZDB-ALT-200218-25|a311||||Complex|embryos treated with CRISPR1-otud7b, CRISPR2-otud7b, CRISPR3-otud7b, CRISPR4-otud7b||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200225-9|a312||||Small Deletion|embryos treated with CRISPR1-pak6b, CRISPR2-pak6b, CRISPR3-pak6b, CRISPR4-pak6b||Schier Lab|ZDB-LAB-970505-58|Chr: 20|||2020-10-21
ZDB-ALT-200204-6|a313||||Complex|embryos treated with CRISPR1-pitpnm2, CRISPR2-pitpnm2, CRISPR3-pitpnm2, CRISPR4-pitpnm2||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200224-1|a314||||Complex|embryos treated with CRISPR1-plch2a, CRISPR2-plch2a, CRISPR3-plch2a, CRISPR4-plch2a||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200225-4|a315||||Small Deletion|embryos treated with CRISPR1-ptn, CRISPR2-ptn, CRISPR3-ptn, CRISPR4-ptn||Schier Lab|ZDB-LAB-970505-58|Chr: 4|||2020-10-21
ZDB-ALT-200218-16|a316||||Complex|embryos treated with CRISPR1-ptprfa, CRISPR2-ptprfa, CRISPR3-ptprfa, CRISPR4-ptprfa||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-17|a317||||Small Deletion|embryos treated with CRISPR1-ptprfb, CRISPR2-ptprfb, CRISPR3-ptprfb, CRISPR4-ptprfb||Schier Lab|ZDB-LAB-970505-58|Chr: 2|||2020-10-21
ZDB-ALT-200226-14|a318||||Insertion|embryos treated with CRISPR1-rgs6||Schier Lab|ZDB-LAB-970505-58|Chr: 20|||2020-10-21
ZDB-ALT-200218-13|a319||||Small Deletion|embryos treated with CRISPR3-roraa, CRISPR4-roraa, CRISPR5-roraa, CRISPR6-roraa||Schier Lab|ZDB-LAB-970505-58|Chr: 25|||2020-10-21
ZDB-ALT-200218-14|a320||||Indel|embryos treated with CRISPR1-rorab, CRISPR2-rorab, CRISPR3-rorab, CRISPR4-rorab||Schier Lab|ZDB-LAB-970505-58|Chr: 7|||2020-10-21
ZDB-ALT-200226-4|a321||||Complex|embryos treated with CRISPR1-satb1a, CRISPR2-satb1a, CRISPR3-satb1a, CRISPR4-satb1a||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200226-5|a322||||Complex|embryos treated with CRISPR1-satb1b, CRISPR2-satb1b, CRISPR3-satb1b, CRISPR4-satb1b||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-16|a323||||Complex|embryos treated with CRISPR1-plcl1, CRISPR2-plcl1, CRISPR3-plcl1, CRISPR4-plcl1||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-13|a324||||Small Deletion|embryos treated with CRISPR1-ppp1r16b, CRISPR2-ppp1r16b, CRISPR3-ppp1r16b, CRISPR4-ppp1r16b||Schier Lab|ZDB-LAB-970505-58|Chr: 6|||2020-10-21
ZDB-ALT-200304-5|a325||||Complex|embryos treated with CRISPR1-satb2, CRISPR2-satb2, CRISPR3-satb2, CRISPR4-satb2||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200225-8|a326||||Complex|embryos treated with CRISPR1-sdccag8, CRISPR2-sdccag8, CRISPR3-sdccag8, CRISPR4-sdccag8|65bp deletion, 9bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200224-8|a327||||Complex|embryos treated with CRISPR1-sept3, CRISPR2-sept3, CRISPR3-sept3, CRISPR4-sept3|57bp deletion, 4 bp deletion, 15bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-26|a328||||Small Deletion|embryos treated with CRISPR1-sez6l2, CRISPR2-sez6l2, CRISPR3-sez6l2, CRISPR4-sez6l2||Schier Lab|ZDB-LAB-970505-58|Chr: 3|||2020-10-21
ZDB-ALT-200211-12|a329||||Complex|embryos treated with CRISPR1-shmt2, CRISPR2-shmt2, CRISPR3-shmt2, CRISPR4-shmt2|5 bp deletion, 6 bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200122-7|a330||||Small Deletion|||Schier Lab|ZDB-LAB-970505-58|Chr: 2|||2020-10-21
ZDB-ALT-200226-13|a331||||Small Deletion|embryos treated with CRISPR1-sipa1l1, CRISPR2-sipa1l1, CRISPR3-sipa1l1, CRISPR4-sipa1l1||Schier Lab|ZDB-LAB-970505-58|Chr: 20|||2020-10-21
ZDB-ALT-200217-12|a332||||Complex|embryos treated with CRISPR1-slc32a1, CRISPR2-slc32a1, CRISPR3-slc32a1, CRISPR4-slc32a1||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-2|a333||||Indel|embryos treated with CRISPR1-slc35g2a, CRISPR2-slc35g2a, CRISPR3-slc35g2a, CRISPR4-slc35g2a||Schier Lab|ZDB-LAB-970505-58|Chr: 2|||2020-10-21
ZDB-ALT-200218-3|a334||||Complex|embryos treated with CRISPR1-slc35g2a, CRISPR2-slc35g2b, CRISPR3-slc35g2b||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-26|a335||||Complex|embryos treated with CRISPR1-slc38a7, CRISPR2-slc38a7, CRISPR3-slc38a7, CRISPR4-slc38a7||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200128-3|a336||||Complex|embryos treated with CRISPR2-slc39a8, CRISPR3-slc39a8, CRISPR4-slc39a8, CRISPR5-slc39a8, CRISPR6-slc39a8|8bp Insertion, 4bp Deletion,19bp Insertion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-19|a337||||Complex|embryos treated with CRISPR1-snap91a, CRISPR2-snap91a, CRISPR3-snap91a, CRISPR4-snap91a||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200519-11|a338||||Small Deletion|embryos treated with CRISPR1-snap91b, CRISPR2-snap91b, CRISPR3-snap91b, CRISPR4-snap91b||Thyme Lab|ZDB-LAB-190816-1|Chr: 4|||2020-10-21
ZDB-ALT-200205-9|a339||||Small Deletion|embryos treated with CRISPR3-snx19a||Schier Lab|ZDB-LAB-970505-58|Chr: 5|||2020-10-21
ZDB-ALT-200205-10|a340||||Complex|embryos treated with CRISPR1-snx19b, CRISPR2-snx19b, CRISPR3-snx19b, CRISPR4-snx19b|8bp deletion, 7 bp insertion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200224-10|a341||||Complex|embryos treated with CRISPR10-srebf2, CRISPR11-srebf2, CRISPR12-srebf2, CRISPR13-srebf2||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200224-4|a342||||Complex|embryos treated with CRISPR1-srpk2, CRISPR2-srpk2, CRISPR3-srpk2, CRISPR4-srpk2||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-29|a343||||Indel|embryos treated with CRISPR1-srr, CRISPR2-srr, CRISPR3-srr, CRISPR4-srr||Schier Lab|ZDB-LAB-970505-58|Chr: 4|||2020-10-21
ZDB-ALT-200211-13|a344||||Complex|embryos treated with CRISPR1-stat6, CRISPR2-stat6, CRISPR3-stat6, CRISPR4-stat6||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-25|a345||||Complex|embryos treated with CRISPR1-sybu, CRISPR2-sybu, CRISPR3-sybu, CRISPR4-sybu|35 bp deletion, 10 bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200226-1|a346||||Complex|embryos treated with CRISPR1-tbc1d5, CRISPR2-tbc1d5, CRISPR3-tbc1d5, CRISPR4-tbc1d5|353bp deletion, 2bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200224-9|a347||||Complex|embryos treated with CRISPR1-tcf20, CRISPR2-tcf20, CRISPR3-tcf20, CRISPR4-tcf20|10bp deletion, 70bp deletion, 297bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200225-5|a348||||Complex|embryos treated with CRISPR1-tle2c, CRISPR2-tle2c, CRISPR3-tle2c, CRISPR4-tle2c|6bp deletion, 44bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200304-23|a349||||Insertion|embryos treated with CRISPR2-tle3a, CRISPR3-tle3a, CRISPR4-tle3a, CRISPR5-tle3a||Schier Lab|ZDB-LAB-970505-58|Chr: 18|||2020-10-21
ZDB-ALT-200304-24|a350||||Indel|embryos treated with CRISPR2-tle3b, CRISPR3-tle3b, CRISPR4-tle3b, CRISPR5-tle3b||Schier Lab|ZDB-LAB-970505-58|Chr: 7|||2020-10-21
ZDB-ALT-200304-29|a351||||Complex|embryos treated with CRISPR1-tmtc1, CRISPR2-tmtc1, CRISPR3-tmtc1, CRISPR4-tmtc1||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200211-10|a352||||Complex|embryos treated with CRISPR1-nab2, CRISPR2-nab2, CRISPR3-nab2, CRISPR4-nab2||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200225-2|a353||||Small Deletion|embryos treated with CRISPR1-luzp2, CRISPR2-luzp2, CRISPR3-luzp2, CRISPR4-luzp2||Schier Lab|ZDB-LAB-970505-58|Chr: 18|||2020-10-21
ZDB-ALT-200304-20|a354||||Complex|embryos treated with CRISPR5-epc2, CRISPR6-epc2, CRISPR7-epc2, CRISPR8-epc2||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200205-12|a355||||Small Deletion|embryos treated with CRISPR1-cnksr2a, CRISPR2-cnksr2a, CRISPR3-cnksr2a||Schier Lab|ZDB-LAB-970505-58|Chr: 24|||2020-10-21
ZDB-ALT-200205-13|a356||||Indel|embryos treated with CRISPR1-cnksr2b, CRISPR2-cnksr2b, CRISPR3-cnksr2b, CRISPR4-cnksr2b||Schier Lab|ZDB-LAB-970505-58|Chr: 21|||2020-10-21
ZDB-ALT-200122-12|a357||||Complex|embryos treated with CRISPR1-cnnm2a, CRISPR2-cnnm2a, CRISPR3-cnnm2a, CRISPR4-cnnm2a|23bp deletion and 6bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-21|a358||||Complex|embryos treated with CRISPR2-cntn4, CRISPR3-cntn4, CRISPR4-cntn4, CRISPR5-cntn4||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200122-4|a359||||Complex|embryos treated with CRISPR1-dpyda.3, CRISPR2-dpyda.3, CRISPR3-dpyda.3, CRISPR4-dpyda.3|9bp insertion,18bp insertion, 6bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-17|a360||||Small Deletion|embryos treated with CRISPR3-ep300a, CRISPR4-ep300a, CRISPR5-ep300a, CRISPR6-ep300a||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200217-18|a361||||Complex|embryos treated with CRISPR1-ep300b, CRISPR2-ep300b, CRISPR3-ep300b, CRISPR4-ep300b||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200128-2|a362||||Small Deletion|||Schier Lab|ZDB-LAB-970505-58|Chr: 16|||2020-10-21
ZDB-ALT-200217-14|a363||||Complex|embryos treated with CRISPR1-vrk2||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200205-11|a364||||Complex|embryos treated with CRISPR1-znf804a, CRISPR2-znf804a, CRISPR3-znf804a, CRISPR4-znf804a||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200129-6|a365||||Complex|embryos treated with CRISPR1-zswim6, CRISPR2-zswim6, CRISPR3-zswim6, CRISPR4-zswim6||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200128-1|a366||||Indel|||Schier Lab|ZDB-LAB-970505-58|Chr: 4|||2020-10-21
ZDB-ALT-200211-14|a367||||Complex|embryos treated with CRISPR1-negr1, CRISPR2-negr1, CRISPR3-negr1, CRISPR4-negr1||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200122-3|a368||||Small Deletion||~200bpD, entire microRNA removed|Schier Lab|ZDB-LAB-970505-58|Chr: 2|||2020-10-21
ZDB-ALT-200224-7|a369||||Small Deletion|embryos treated with CRISPR1-fut9a||Schier Lab|ZDB-LAB-970505-58|Chr: 17|||2020-10-21
ZDB-ALT-200122-1|a370||||Complex||6 bp deletion, 2 bp insertion, 13 bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200122-2|a371||||Small Deletion|embryos treated with CRISPR1-syngap1b, CRISPR2-syngap1b, CRISPR3-syngap1b, CRISPR4-syngap1b||Schier Lab|ZDB-LAB-970505-58|Chr: 16|||2020-10-21
ZDB-ALT-200204-9|a372||||Complex|embryos treated with CRISPR1-zgc:153521, CRISPR2-zgc:153521, CRISPR3-zgc:153521, CRISPR4-zgc:153521||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200204-7|a373||||Indel|embryos treated with CRISPR1-zgc:153521, CRISPR2-zgc:153521, CRISPR3-zgc:153521, CRISPR4-zgc:153521||Schier Lab|ZDB-LAB-970505-58|Chr: 9|||2020-10-21
ZDB-ALT-200224-11|a374||||Complex|embryos treated with CRISPR1-gtdc1, CRISPR2-gtdc1, CRISPR3-gtdc1, CRISPR4-gtdc1||Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-9|a375||||Small Deletion|embryos treated with CRISPR1-gria1a, CRISPR2-gria1a, CRISPR3-gria1a, CRISPR4-gria1a||Schier Lab|ZDB-LAB-970505-58|Chr: 14|||2020-10-21
ZDB-ALT-200218-10|a376||||Complex|embryos treated with CRISPR1-gria1b, CRISPR2-gria1b, CRISPR3-gria1b, CRISPR4-gria1b|4bp deletion, 112bp deletion|Schier Lab|ZDB-LAB-970505-58|Unmapped|||2020-10-21
ZDB-ALT-200218-11|a377||||Indel|embryos treated with CRISPR1-gria1b, CRISPR2-gria1b, CRISPR3-gria1b, CRISPR4-gria1b||Schier Lab|ZDB-LAB-970505-58|Chr: 21|||2020-10-21
ZDB-ALT-980203-371|a4||||Unknown|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-090324-2|a4593Tg|||Tg(trpa1b:EGFP)a4593|Transgenic Insertion|DNA ||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(trpa1b:EGFP)|ZDB-TGCONSTRCT-090324-1|2020-10-21
ZDB-ALT-110207-11|a4594Tg|||Tg(hsp70l:GFP-gli1)a4594|Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(hsp70l:GFP-gli1)|ZDB-TGCONSTRCT-110203-6|2020-10-21
ZDB-ALT-120810-1|a4595Tg|||Tg(hsp70l:gli1)a4595|Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(hsp70l:gli1)|ZDB-TGCONSTRCT-120810-2|2020-10-21
ZDB-ALT-120810-2|a4596Tg|||TgBAC(ptch2:Kaede)a4596|Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|TgBAC(ptch2:Kaede)|ZDB-TGCONSTRCT-120810-1|2020-10-21
ZDB-ALT-130626-4|a4597Tg|||Tg(8xGBS:RFP-NLS)a4597|Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(8xGBS:RFP-NLS)|ZDB-TGCONSTRCT-130626-1|2020-10-21
ZDB-ALT-130924-1|a4598Tg|||Tg(elavl3:GCaMP5G)a4598|Transgenic Insertion|embryos treated with DNA||Schier Lab|ZDB-LAB-970505-58|Unmapped|Tg(elavl3:GCaMP5G)|ZDB-TGCONSTRCT-130924-1|2020-10-21
ZDB-ALT-980203-613|a5||||Unknown|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-001219-2|a50||||Point Mutation|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Chr: 3|||2020-10-21
ZDB-ALT-010731-9|a52|||perplexed|Point Mutation|||Dowling Lab|ZDB-LAB-970501-1|Chr: 20|||2020-10-21
ZDB-ALT-980203-758|a6||||Unknown|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-070514-5|a64||||Unknown|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-120822-2|a6793Tg|||Tg(elavl3:LMA-mCherry)a6793|Transgenic Insertion|embryos treated with DNA||Engert Lab|ZDB-LAB-070419-2|Unmapped|Tg(elavl3:LY-mCherry)|ZDB-TGCONSTRCT-120822-1|2020-10-21
ZDB-ALT-061106-2|a69||||Point Mutation|||Dowling Lab|ZDB-LAB-970501-1|Chr: 24|||2020-10-21
ZDB-ALT-980203-357|a7||||Unknown|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-120919-1|a7437Tg|||Tg(Cau.Tuba1:c3paGFP)a7437|Transgenic Insertion|embryos treated with DNA||Engert Lab|ZDB-LAB-070419-2|Unmapped|Tg(Cau.Tuba1:c3paGFP)|ZDB-TGCONSTRCT-120919-1|2020-10-21
ZDB-ALT-030910-2|a75|||H75|Unknown|spontaneous ||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-980203-416|a8||||Point Mutation|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Chr: 3|||2020-10-21
ZDB-ALT-980203-444|a9|||(part of) Casper fish, (part of) Crystal fish|Small Deletion|spontaneous |A 19 bp deletion was identified at the cDNA level, between exons2 and 3. This deletion is most likely due to aberrant splicing.
No exonic mutations that would have caused the splicing defect were detected. 
The authors reported that they assumed that the underlying genomic defect occurs in the intron between exons 2 and 3, but they repeatedly failed to amplify the genomic DNA from intron 2–3, suggesting there is a deletion in this intron that leads to aberrant splicing and subsequent early stop of the mRNA.|Dowling Lab|ZDB-LAB-970501-1|Ambiguous|||2020-10-21
ZDB-ALT-200930-1|aa102||||Insertion|embryos treated with CRISPR1-zgc:162544||Beis Lab|ZDB-LAB-050502-1|Chr: 3|||2020-10-21
ZDB-ALT-061204-8|acvr1l_unspecified|||un_acvr1, un_acvr1l, un_laf, unspecified_acvr1l|Unspecified|||||Chr: 2|||2020-10-21
ZDB-ALT-140616-3|ae10Tg||||Transgenic Insertion|embryos treated with DNA||Marlow Lab|ZDB-LAB-080819-1|Unmapped|Tg(buc:mApple)|ZDB-TGCONSTRCT-140616-1|2020-10-21
ZDB-ALT-160120-2|ae11||||Small Deletion|embryos treated with CRISPR1-kif5ba|The ae11 allele of kif5ba has a 5 base pair (bp) deletion predicted to produce a premature stop codon.  (Campbell et al. ZDB-PUB-150809-7 ).  Homozygotes are viable and fertile.  Mkif5ba and MZkif5ba adult mutants are sterile males.|Marlow Lab|ZDB-LAB-080819-1|Ambiguous|||2020-10-21
ZDB-ALT-160120-3|ae12||||Small Deletion|embryos treated with CRISPR1-kif5ba|The ae12 allele of kif5ba has a 6 bp deletion predicted to delete two amino acids.  (Campbell et al. ZDB-PUB-150809-7).  Homozygotes are viable and fertile. Mkif5ba and MZkif5ba adult mutants are sterile males.|Marlow Lab|ZDB-LAB-080819-1|Ambiguous|||2020-10-21
ZDB-ALT-150624-3|ae14Tg||||Transgenic Insertion|embryos treated with DNA||Marlow Lab|ZDB-LAB-080819-1|Unmapped|Tg(hsp70l:2xMCP-NLS-EGFP)|ZDB-TGCONSTRCT-150624-3|2020-10-21
ZDB-ALT-150624-4|ae15Tg||||Transgenic Insertion|embryos treated with DNA||Marlow Lab|ZDB-LAB-080819-1|Unmapped|Tg(actb2:2xMCP-NLS-EGFP)|ZDB-TGCONSTRCT-150624-4|2020-10-21
ZDB-ALT-051123-4|ae1Tg|||ae1, Tg(-14.8gata4:GFP), Tg(-14.8gata4:GFP)ae1|Transgenic Insertion|embryos treated with DNA||Evans Lab|ZDB-LAB-051005-1|Unmapped|Tg(-14.8gata4:GFP)|ZDB-TGCONSTRCT-070117-5|2020-10-21
ZDB-ALT-171003-15|ae21||||Small Deletion|embryos treated with CRISPR1-kif5bb|The mutation disrupts the N-terminal motor domain.|Marlow Lab|ZDB-LAB-080819-1|Ambiguous|||2020-10-21
ZDB-ALT-171003-16|ae22||||Small Deletion|embryos treated with CRISPR1-kif5bb|The mutation disrupts the N-terminal motor domain.|Marlow Lab|ZDB-LAB-080819-1|Ambiguous|||2020-10-21
ZDB-ALT-171003-17|ae23||||Small Deletion|embryos treated with CRISPR1-kif5bb|The mutation disrupts the N-terminal motor domain.|Marlow Lab|ZDB-LAB-080819-1|Ambiguous|||2020-10-21
ZDB-ALT-171003-18|ae24||||Insertion|embryos treated with CRISPR1-kif5bb|The mutation disrupts the N-terminal motor domain.|Marlow Lab|ZDB-LAB-080819-1|Ambiguous|||2020-10-21
ZDB-ALT-190111-1|ae27||||Small Deletion|embryos treated with CRISPR1-rbpms2a||Marlow Lab|ZDB-LAB-080819-1|Chr: 25|||2020-10-21
ZDB-ALT-051123-6|ae2Tg|||ae2, Tg(-14.8gata4:GFP), Tg(-14.8gata4:GFP)ae2|Transgenic Insertion|embryos treated with DNA||Evans Lab|ZDB-LAB-051005-1|Unmapped|Tg(-14.8gata4:GFP)|ZDB-TGCONSTRCT-070117-5|2020-10-21
ZDB-ALT-190111-2|ae30||||Indel|embryos treated with CRISPR1-rbpms2a||Marlow Lab|ZDB-LAB-080819-1|Chr: 25|||2020-10-21
ZDB-ALT-190205-12|ae32||||Insertion|embryos treated with CRISPR1-rbpms2b|20 bp insertion.|Marlow Lab|ZDB-LAB-080819-1|Chr: 7|||2020-10-21
ZDB-ALT-051123-8|ae3Tg|||ae3, Tg(-7.8gata4:GFP), Tg(-7.8gata4:GFP)ae3|Transgenic Insertion|embryos treated with DNA||Evans Lab|ZDB-LAB-051005-1|Unmapped|Tg(-7.8gata4:GFP)|ZDB-TGCONSTRCT-070117-130|2020-10-21
ZDB-ALT-051123-2|ae4Tg|||ae4, Tg(-11gata4:GFP), Tg(-11gata4:GFP)ae4|Transgenic Insertion|embryos treated with DNA||Evans Lab|ZDB-LAB-051005-1|Unmapped|Tg(-11gata4:GFP)|ZDB-TGCONSTRCT-070117-62|2020-10-21
ZDB-ALT-190205-10|ae58Tg||||Transgenic Insertion|embryos treated with DNA||Marlow Lab|ZDB-LAB-080819-1|Unmapped|Tg(buc:mApple-rbpms2b)|ZDB-TGCONSTRCT-190205-2|2020-10-21
ZDB-ALT-190205-11|ae59Tg||||Transgenic Insertion|embryos treated with DNA||Marlow Lab|ZDB-LAB-080819-1|Unmapped|Tg2(buc:mApple-rbpms2b)|ZDB-TGCONSTRCT-190205-3|2020-10-21
ZDB-ALT-051123-10|ae5Tg|||ae5, Tg(gata6:GFP), Tg(gata6:GFP)ae5|Transgenic Insertion|embryos treated with DNA||Evans Lab|ZDB-LAB-051005-1|Unmapped|Tg(gata6:GFP)|ZDB-TGCONSTRCT-070117-96|2020-10-21
ZDB-ALT-140612-1|ae6Tg||||Transgenic Insertion|embryos treated with DNA||Marlow Lab|ZDB-LAB-080819-1|Unmapped|Tg1(buc:buc)|ZDB-TGCONSTRCT-140612-1|2020-10-21
ZDB-ALT-140612-2|ae7Tg||||Transgenic Insertion|embryos treated with DNA||Marlow Lab|ZDB-LAB-080819-1|Unmapped|Tg2(buc:buc)|ZDB-TGCONSTRCT-140612-2|2020-10-21
ZDB-ALT-140612-3|ae8Tg||||Transgenic Insertion|embryos treated with DNA||Marlow Lab|ZDB-LAB-080819-1|Unmapped|Tg3(buc:buc)|ZDB-TGCONSTRCT-140612-3|2020-10-21
ZDB-ALT-140612-4|ae9Tg||||Transgenic Insertion|embryos treated with DNA||Marlow Lab|ZDB-LAB-080819-1|Unmapped|Tg4(buc:buc)|ZDB-TGCONSTRCT-140612-4|2020-10-21
ZDB-ALT-180816-2|af1Tg||||Transgenic Insertion|embryos treated with DNA||Heermann Lab|ZDB-LAB-150610-1|Unmapped|Tg(hsp70l:bmp4,myl7:EGFP)|ZDB-TGCONSTRCT-180816-1|2020-10-21
ZDB-ALT-180816-3|af2Tg||||Transgenic Insertion|embryos treated with DNA||Heermann Lab|ZDB-LAB-150610-1|Unmapped|Tg(SBE:GFP-CAAX)|ZDB-TGCONSTRCT-180816-2|2020-10-21
ZDB-ALT-180816-4|af3Tg||||Transgenic Insertion|embryos treated with DNA||Heermann Lab|ZDB-LAB-150610-1|Unmapped|Tg(Mmu.Foxa2-cryaa:mCherry)|ZDB-TGCONSTRCT-110310-3|2020-10-21
ZDB-ALT-201019-1|af4Tg||||Transgenic Insertion|embryos treated with DNA||Heermann Lab|ZDB-LAB-150610-1|Unmapped|Tg(sox10:LY-tdTomato)|ZDB-TGCONSTRCT-201019-1|2020-10-21
ZDB-ALT-140924-1|ahc1Tg||||Transgenic Insertion|embryos treated with DNA||Trapani Lab|ZDB-LAB-110706-1|Unmapped|Tg(myo6b:Cr.ChR2-EYFP)|ZDB-TGCONSTRCT-140924-1|2020-10-21
ZDB-ALT-131204-1|ai1Tg|||Tg(myl7:Kaede)ai1|Transgenic Insertion|DNA ||Oishi Lab|ZDB-LAB-130110-1|Unmapped|Tg3(myl7:Kaede)|ZDB-TGCONSTRCT-131204-1|2020-10-21
ZDB-ALT-180131-2|aik1|||zf786|Small Deletion|embryos treated with CRISPR1-ldlrap1a|Target sequence is in exon 2. Mutagenesis resulted in a 7bp deletion 95 bp into exon 2, of the following underlined bases GGTGGACCAACCTAAAGGAGAGGAGCTCTCAGCT, resulting in GGTGGACCAACCTNNNNNNNAGGAGCTCT. This causes a frameshift resulting missense and a premature stop codon 37bp into exon 3. The mutation is predicted to disrupt the pleckstrin homology domain (PH domain) early in the sequence and any subsequent functional domains. 

GRCz10 Chr19:29762445-29762451 deleted|DeLaurier Lab|ZDB-LAB-180131-1|Chr: 19|||2020-10-21
ZDB-ALT-190627-6|aik2||||Insertion|embryos treated with CRISPR1-hdac4||DeLaurier Lab|ZDB-LAB-180131-1|Chr: 9|||2020-10-21
ZDB-ALT-190627-7|aik3||||Insertion|embryos treated with CRISPR1-hdac4||DeLaurier Lab|ZDB-LAB-180131-1|Chr: 9|||2020-10-21
ZDB-ALT-190606-1|aik4||||Small Deletion|embryos treated with CRISPR1-phf21aa|Aik4 is a 7 bp deletion located in exon 6 of the phf21aa gene, causing a frameshift resulting in extensive missense and a premature stop codon|DeLaurier Lab|ZDB-LAB-180131-1|Chr: 7|||2020-10-21
ZDB-ALT-200518-7|aik5||||Small Deletion|embryos treated with CRISPR1-kdm1a||DeLaurier Lab|ZDB-LAB-180131-1|Chr: 17|||2020-10-21
ZDB-ALT-181212-1|ama008632Tg||||Transgenic Insertion|embryos treated with DNA||UMS AMAGEN CNRS INRA|ZDB-LAB-150303-2|Unmapped|Tg(actb1:NLS-TagRFP)|ZDB-TGCONSTRCT-181212-1|2020-10-21
ZDB-ALT-151110-5|ama605003||||Small Deletion|embryos treated with TALEN1-col6a1|Radev et al (2015): Talen pair targets the junction between exon and intron 14; 2 bp deletion; lead to skipping of exon 14|UMS AMAGEN CNRS INRA|ZDB-LAB-150303-2|Chr: 11|||2020-10-21
ZDB-ALT-140725-7|amc1|||R44X|Point Mutation|adult males treated with ENU||Baas Lab|ZDB-LAB-140716-1|Chr: 14|||2020-10-21
ZDB-ALT-140725-8|amc2|||L35R|Point Mutation|adult males treated with ENU||Baas Lab|ZDB-LAB-140716-1|Chr: 14|||2020-10-21
ZDB-ALT-091027-47|arhgap21b_unrecovered|||un_arhgap21b, unrec_arhgap21b, unrecovered_arhgap21b, unrec_spork|Point Mutation|adult males treated with ENU||||Chr: 2|||2020-10-21
ZDB-ALT-110126-5|as100Tg|||Tg(cyp19a1b:cyp19a1b-GFP)as100|Transgenic Insertion|embryos treated with DNA||Chung Lab|ZDB-LAB-980527-1|Unmapped|Tg(cyp19a1b:cyp19a1b-GFP)|ZDB-TGCONSTRCT-110126-4|2020-10-21
ZDB-ALT-141209-1|as101Tg||||Transgenic Insertion|embryos treated with DNA||Chung Lab|ZDB-LAB-980527-1|Unmapped|Tg(gnrh3:GFP-Eco.Lacz)|ZDB-TGCONSTRCT-141209-1|2020-10-21
ZDB-ALT-140910-2|as11Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(-6.0agr2:EGFP)|ZDB-TGCONSTRCT-140910-2|2020-10-21
ZDB-ALT-140910-3|as12Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(-3.3agr2:EGFP)|ZDB-TGCONSTRCT-140910-3|2020-10-21
ZDB-ALT-140910-4|as13Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(-2.6agr2:EGFP)|ZDB-TGCONSTRCT-140910-4|2020-10-21
ZDB-ALT-140910-5|as14Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(-2.4agr2:EGFP)|ZDB-TGCONSTRCT-140910-5|2020-10-21
ZDB-ALT-140910-6|as15Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(-2.0agr2:EGFP)|ZDB-TGCONSTRCT-140910-6|2020-10-21
ZDB-ALT-161102-15|as16Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(-5.3agr2:EGFP)|ZDB-TGCONSTRCT-161102-11|2020-10-21
ZDB-ALT-161102-14|as17Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(-4.5agr2:EGFP)|ZDB-TGCONSTRCT-161102-10|2020-10-21
ZDB-ALT-161102-13|as18Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(-4.2agr2:EGFP)|ZDB-TGCONSTRCT-161102-9|2020-10-21
ZDB-ALT-161102-16|as19Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(agr2:EGFP)|ZDB-TGCONSTRCT-161102-12|2020-10-21
ZDB-ALT-031209-4|as1Tg|||as1, Tg(-7.5bmp4:GFP), Tg(-7.5bmp4:GFP)as1|Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(-7.5bmp4:GFP)|ZDB-TGCONSTRCT-070117-72|2020-10-21
ZDB-ALT-110208-3|as200Tg|||Tg(fabp2:RFP)as200|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(fabp2:RFP)|ZDB-TGCONSTRCT-110208-2|2020-10-21
ZDB-ALT-110505-1|as201Tg|||Tg(zp3.2:Eco.NsfB-EGFP)as201, Tg(zp3:Eco.NsfB-EGFP)as201|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(zp3.2:Eco.NfsB-EGFP)|ZDB-TGCONSTRCT-110505-1|2020-10-21
ZDB-ALT-110505-6|as202Tg|||Tg(zp3.2:Omo.Igf1-Rre.GFP)as202|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(zp3.2:Omo.Igf1-Rre.GFP)|ZDB-TGCONSTRCT-110505-6|2020-10-21
ZDB-ALT-110505-7|as203Tg|||Tg(zp3.2:Omo.Igf2-Rre.GFP)as203|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(zp3.2:Omo.Igf2-Rre.GFP)|ZDB-TGCONSTRCT-110505-7|2020-10-21
ZDB-ALT-161102-17|as20Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg2(agr2:EGFP)|ZDB-TGCONSTRCT-161102-13|2020-10-21
ZDB-ALT-161102-19|as21Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg3(agr2:EGFP)|ZDB-TGCONSTRCT-161102-14|2020-10-21
ZDB-ALT-161102-18|as22Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg4(agr2:EGFP)|ZDB-TGCONSTRCT-161102-15|2020-10-21
ZDB-ALT-161102-20|as23Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(Hsa.AGR2-agr2:EGFP)|ZDB-TGCONSTRCT-161102-16|2020-10-21
ZDB-ALT-161102-21|as24Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg2(Hsa.AGR2-agr2:EGFP)|ZDB-TGCONSTRCT-161102-17|2020-10-21
ZDB-ALT-161102-22|as25Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg3(Hsa.AGR2-agr2:EGFP)|ZDB-TGCONSTRCT-161102-18|2020-10-21
ZDB-ALT-161102-23|as26Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg4(Hsa.AGR2-agr2:EGFP)|ZDB-TGCONSTRCT-161102-19|2020-10-21
ZDB-ALT-161102-24|as27Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg5(Hsa.AGR2-agr2:EGFP)|ZDB-TGCONSTRCT-161102-20|2020-10-21
ZDB-ALT-180212-1|as28|||d25|Small Deletion|embryos treated with CRISPR1-klf8||Hwang Lab|ZDB-LAB-970417-28|Chr: 21|||2020-10-21
ZDB-ALT-180212-2|as29|||i17|Insertion|embryos treated with CRISPR1-klf8||Hwang Lab|ZDB-LAB-970417-28|Chr: 21|||2020-10-21
ZDB-ALT-031209-2|as2Tg|||as2, Tg(-7.5bmp4:GFP), Tg(-7.5bmp4:GFP)as2|Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(-7.5bmp4:GFP)|ZDB-TGCONSTRCT-070117-72|2020-10-21
ZDB-ALT-160328-1|as301Tg||||Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(fabp10a:TETA,TETRE-CMV:GFP,Ssa.Fads2)|ZDB-TGCONSTRCT-160328-1|2020-10-21
ZDB-ALT-160328-2|as302Tg||||Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(fabp10a:TETA,TETRE-CMV:RFP,Ssa.Elovl5)|ZDB-TGCONSTRCT-160328-2|2020-10-21
ZDB-ALT-181016-1|as31Gt|This feature is representative of one or more unknown insertion sites.||as31Tg|Transgenic Insertion|embryos treated with DNA|The insertion of  GAL4-VP16,UAS:EGFP plasmid was located in intron 1 of the si:ch211-74m13.3 gene (ZFIN ID: ZDB-GENE-060503-219) on chromosome 3. Two splice variants (si:ch211-74m13.3-201, si:ch11-74m13.3-202) consisting of seven or five exons were produced. The variants encode vascular cell adhesion protein 1 isoform X1 (VCAP1X1) (XP_002661307.2, 551 amino acids) and vascular cell adhesion protein 1 isoform X2 (VCAP1X2) (XP_005164393.1, 360 amino acids).|Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-190926-15|as32|||d5i1|Small Deletion|embryos treated with CRISPR1-klf4||Hwang Lab|ZDB-LAB-970417-28|Chr: 21|||2020-10-21
ZDB-ALT-190926-16|as33Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg(dlc:mCherry)|ZDB-TGCONSTRCT-190926-1|2020-10-21
ZDB-ALT-190926-17|as34Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg2(dlc:mCherry)|ZDB-TGCONSTRCT-190926-2|2020-10-21
ZDB-ALT-190926-18|as35Tg||||Transgenic Insertion|embryos treated with DNA||Hwang Lab|ZDB-LAB-970417-28|Unmapped|Tg3(dlc:mCherry)|ZDB-TGCONSTRCT-190926-3|2020-10-21
ZDB-ALT-060627-2|as3Tg|||as3, Tg(-2.8fabp10:EGFP), Tg(-2.8fabp10:EGFP)as3, Tg(-2.8fabp10:EGFP)unspecified|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(-2.8fabp10a:EGFP)|ZDB-TGCONSTRCT-070117-123|2020-10-21
ZDB-ALT-090504-5|as4Tg|||Tg(sncgb:GFP)as4|Transgenic Insertion|embryos treated with DNA|This line is available at the Taiwan Zebrafish Core Facility at Academia Sinica (ZCAS).|Ru Chih C. Huang Lab|ZDB-LAB-970409-116|Unmapped|Tg(sncgb:GFP)|ZDB-TGCONSTRCT-090504-2|2020-10-21
ZDB-ALT-140210-1|as501Tg|||Tg(fabp10a:TETA,TETRE-CMV:EGFP)as501|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(fabp10a:TETA,TETRE-CMV:EGFP)|ZDB-TGCONSTRCT-140210-1|2020-10-21
ZDB-ALT-140210-2|as502Tg|||Tg(fabp10a:TETA,TETRE-CMV:EGFP,TETRE-CMV:HBV.HBx)as502|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(fabp10a:TETA,TETRE-CMV:EGFP,TETRE-CMV:HBV.HBx)|ZDB-TGCONSTRCT-140210-2|2020-10-21
ZDB-ALT-140210-3|as503Tg|||Tg(fabp10a:TETA,TETRE-CMV:EGFP,TETRE-CMV:HCV.Cp)as503|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(fabp10a:TETA,TETRE-CMV:EGFP,TETRE-CMV:HCV.Cp)|ZDB-TGCONSTRCT-140210-3|2020-10-21
ZDB-ALT-140210-4|as504Tg|||Tg(fabp10a:TETA,TETRE-CMV:HsRed,TETRE-CMV:EGFP,TETRE-CMV:HBV.HBx,TETRE-CMV:HCV.Cp)as504|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(fabp10a:TETA,TETRE-CMV:HsRed,TETRE-CMV:EGFP,TETRE-CMV:HBV.HBx,TETRE-CMV:HCV.Cp)|ZDB-TGCONSTRCT-140210-4|2020-10-21
ZDB-ALT-190423-3|as51||||Point Mutation|adult males treated with ENU||Chen-Hui Chen Lab|ZDB-LAB-190304-1|Chr: 8|||2020-10-21
ZDB-ALT-190423-4|as52||||Complex|embryos treated with CRISPR3-pola2, CRISPR4-pola2|pola2-201, ENSDART00000025803.7, a deletion between exon 3 and exon 6, a 9 bp insertion of AACAAACGG at 109 bp, a 289 bp deletion between 109 bp and 399 bp, premature stop codon at amino acid 21|Chen-Hui Chen Lab|ZDB-LAB-190304-1|Chr: 8|||2020-10-21
ZDB-ALT-190423-5|as53||||Complex|embryos treated with CRISPR1-plk2b, CRISPR2-plk2b|plk2b-201, ENSDART00000023206.8, a deletion between exon 12 and exon 14, a 379 bp deletion between 1606bp and 1986 bp, premature stop codon at amino acid 536.|Chen-Hui Chen Lab|ZDB-LAB-190304-1|Chr: 8|||2020-10-21
ZDB-ALT-191106-1|as54Tg||||Transgenic Insertion|embryos treated with DNA||Chen-Hui Chen Lab|ZDB-LAB-190304-1|Unmapped|Tg1(krtt1c19e:2A-mCherry)|ZDB-TGCONSTRCT-191106-1|2020-10-21
ZDB-ALT-191106-2|as55Tg||||Transgenic Insertion|embryos treated with DNA||Chen-Hui Chen Lab|ZDB-LAB-190304-1|Unmapped|Tg(krtt1c19e:cat,myl7:mCherry)|ZDB-TGCONSTRCT-191106-2|2020-10-21
ZDB-ALT-191106-3|as56Tg||||Transgenic Insertion|embryos treated with DNA||Chen-Hui Chen Lab|ZDB-LAB-190304-1|Unmapped|Tg(krtt1c19e:LIFEACT-mScarlet)|ZDB-TGCONSTRCT-191106-3|2020-10-21
ZDB-ALT-110128-47|as5Tg|||Tg(rtn4a-002:GFP)as5|Transgenic Insertion|embryos treated with DNA||Chang-Jen Huang Lab|ZDB-LAB-031201-1|Unmapped|Tg(rtn4a-002:GFP)|ZDB-TGCONSTRCT-110128-11|2020-10-21
ZDB-ALT-110128-48|as6Tg|||Tg(rtn4a-003:GFP)as6|Transgenic Insertion|embryos treated with DNA||Chang-Jen Huang Lab|ZDB-LAB-031201-1|Unmapped|Tg(rtn4a-003:GFP)|ZDB-TGCONSTRCT-110128-12|2020-10-21
ZDB-ALT-110128-49|as7Tg|||Tg(rtn4a-004:GFP)as7|Transgenic Insertion|embryos treated with DNA||Chang-Jen Huang Lab|ZDB-LAB-031201-1|Unmapped|Tg(rtn4a-004:GFP)|ZDB-TGCONSTRCT-110128-13|2020-10-21
ZDB-ALT-120409-1|as890Tg|||Tg(CMV:EGFP,CMV:Cca.M3ck)as890|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(CMV:EGFP,CMV:Cca.M3ck)|ZDB-TGCONSTRCT-120409-1|2020-10-21
ZDB-ALT-121112-4|as891Tg|||Tg(CMV:EGFP,hsc70:Cca.Ckm3)as891|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(CMV:EGFP,hsc70:Cca.Ckm3)|ZDB-TGCONSTRCT-121112-3|2020-10-21
ZDB-ALT-130729-1|as892Tg|||Tg(mylpfa:EGFP)as892|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(mylpfa:EGFP)|ZDB-TGCONSTRCT-130726-1|2020-10-21
ZDB-ALT-130729-2|as893Tg|||Tg(mylpfa:grna)as893|Transgenic Insertion|embryos treated with DNA||Jen-Leih Wu Lab|ZDB-LAB-000913-1|Unmapped|Tg(mylpfa:grna)|ZDB-TGCONSTRCT-130726-2|2020-10-21
ZDB-ALT-131108-1|as8Tg|||Tg2(elavl3:EGFP)as8|Transgenic Insertion|embryos treated with DNA|This line is available at the Taiwan Zebrafish Core Facility at Academia Sinica (ZCAS).|Chang-Jen Huang Lab|ZDB-LAB-031201-1|Unmapped|Tg2(elavl3:EGFP)|ZDB-TGCONSTRCT-131108-1|2020-10-21
ZDB-ALT-140224-1|as9Tg||||Transgenic Insertion|embryos treated with DNA||Chang-Jen Huang Lab|ZDB-LAB-031201-1|Unmapped|Tg(col2a1a:GFP)|ZDB-TGCONSTRCT-140224-1|2020-10-21
ZDB-ALT-050209-56|ascl1a_unspecified|||un_ascl1a, un_pia, unspecified_ascl1a|Unspecified|||||Chr: 4|||2020-10-21
ZDB-ALT-141113-2|asj10Tg||||Transgenic Insertion|embryos treated with DNA||JY Chen Lab|ZDB-LAB-110209-1|Unmapped|Tg(TETRE-CMV:CFP,Ssa.Fadsd5)|ZDB-TGCONSTRCT-141009-2|2020-10-21
ZDB-ALT-141113-3|asj11Tg||||Transgenic Insertion|embryos treated with DNA||JY Chen Lab|ZDB-LAB-110209-1|Unmapped|Tg(TETRE-CMV:PFP,Ssa.Fadsd6)|ZDB-TGCONSTRCT-141009-1|2020-10-21
ZDB-ALT-110307-4|asj1Tg|||Tg(mylz2:EGFP,mylz2:Omo.Hamp1)asj1|Transgenic Insertion|embryos treated with DNA||JY Chen Lab|ZDB-LAB-110209-1|Unmapped|Tg(mylpfa:EGFP,mylpfa:Omo.Hamp1)|ZDB-TGCONSTRCT-110307-3|2020-10-21
ZDB-ALT-110304-3|asj2Tg|||Tg(-2.5mylz2:DsRed)asj2|Transgenic Insertion|embryos treated with DNA||JY Chen Lab|ZDB-LAB-110209-1|Unmapped|Tg(-2.5mylpfa:DsRed)|ZDB-TGCONSTRCT-110304-2|2020-10-21
ZDB-ALT-110304-4|asj3Tg|||Tg(-2.5mylz2:Eco.Epinecidin1-DsRed)asj3, Tg(-2.5mylz2:Epinecidin1-DsRed)asj3|Transgenic Insertion|embryos treated with DNA||JY Chen Lab|ZDB-LAB-110209-1|Unmapped|Tg(-2.5mylpfa:Eco.Epinecidin1-DsRed)|ZDB-TGCONSTRCT-110304-3|2020-10-21
ZDB-ALT-111012-1|asj4Tg|||Tg(mylpfa:EGFP,mylpfa:Omo.Hepcidin)asj4|Transgenic Insertion|embryos treated with DNA||JY Chen Lab|ZDB-LAB-110209-1|Unmapped|Tg(mylpfa:EGFP,mylpfa:Omo.Hepcidin)|ZDB-TGCONSTRCT-111012-2|2020-10-21
ZDB-ALT-111012-2|asj5Tg|||Tg(mylpfa:EGFP,mylpfa:Pmo.Chelonianin)asj5|Transgenic Insertion|embryos treated with DNA||JY Chen Lab|ZDB-LAB-110209-1|Unmapped|Tg(mylpfa:EGFP,mylpfa:Pmo.Chelonianin)|ZDB-TGCONSTRCT-111012-5|2020-10-21
ZDB-ALT-140217-1|asj6Tg|||Tg(amh-LOXP-CMV:NPT-HcRed-LOXP-baxb,baxa)asj6|Transgenic Insertion|embryos treated with DNA||JY Chen Lab|ZDB-LAB-110209-1|Unmapped|Tg(amh-LOXP-CMV:NPT-HcRed-LOXP-baxb,baxa)|ZDB-TGCONSTRCT-140217-1|2020-10-21
ZDB-ALT-140217-2|asj7Tg|||Tg(zp3.2-LOXP-CMV:NPT-HcRed-LOXP-baxb,baxa)asj7|Transgenic Insertion|embryos treated with DNA||JY Chen Lab|ZDB-LAB-110209-1|Unmapped|Tg(zp3.2-LOXP-CMV:NPT-HcRed-LOXP-baxb,baxa)|ZDB-TGCONSTRCT-140217-2|2020-10-21
ZDB-ALT-140217-3|asj8Tg|||Tg(LOXP-CMV:Cre,CMV:EGFP)asj8|Transgenic Insertion|embryos treated with DNA||JY Chen Lab|ZDB-LAB-110209-1|Unmapped|Tg(LOXP-CMV:Cre,CMV:EGFP)|ZDB-TGCONSTRCT-140217-3|2020-10-21
ZDB-ALT-141113-1|asj9Tg||||Transgenic Insertion|embryos treated with DNA||JY Chen Lab|ZDB-LAB-110209-1|Unmapped|Tg(Oni.Mlc3:TETA)|ZDB-TGCONSTRCT-141113-1|2020-10-21
ZDB-ALT-091027-8|atoh1a_unrecovered|||un_atoh1a, unrec_atoh1a, unrecovered_atoh1a|Point Mutation|adult males treated with ENU||||Chr: 8|||2020-10-21
ZDB-ALT-140130-9|au1|||uta1|Point Mutation|adult males treated with ENU|G-&amp;gt;A at the intron 4 splice-acceptor site resulting in the removal of the first 57bp of exon 5; 19 amino acids are absent from the Ptch2 protein|Gross Lab|ZDB-LAB-050914-1|Chr: 2|||2020-10-21
ZDB-ALT-140130-18|au10|||uta10|Point Mutation|adult males treated with ENU|Hartsock et al (20014): A to T transversion at nucleotide 301 of the mab21l2 coding sequence. This mutation generates a premature stop codon at amino acid 101 (K101STOP), truncating the protein by ~66%.|Gross Lab|ZDB-LAB-050914-1|Chr: 1|||2020-10-21
ZDB-ALT-180612-2|au101Tg||||Transgenic Insertion|embryos treated with DNA||Eberhart Lab|ZDB-LAB-100716-1|Unmapped|Tg(-0.5unc45b:mCherry)|ZDB-TGCONSTRCT-180612-1|2020-10-21
ZDB-ALT-181203-4|au106Tg||||Transgenic Insertion|embryos treated with DNA||Gross Lab|ZDB-LAB-050914-1|Unmapped|Tg(-1.2celf1:EGFP)|ZDB-TGCONSTRCT-181203-2|2020-10-21
ZDB-ALT-200714-3|au113||||Small Deletion|embryos treated with CRISPR1-si:dkey-88l16.3||Eberhart Lab|ZDB-LAB-100716-1|Chr: 10|||2020-10-21
ZDB-ALT-140130-19|au13|||uta13|Unknown|adult males treated with ENU|In complementation test au13 fails to complement the nsfb au18 mutation, suggesting that they possess mutations in the same gene. Injection of nsfbWT mRNA rescued the mutant phenotype in embryos from an au13 heterozygous incross. In addition nsfb expression was reduced ~2.4-fold in au13 fish relative to wild-type embryos.|Gross Lab|ZDB-LAB-050914-1|Chr: 12|||2020-10-21
ZDB-ALT-200721-8|au15||||Unknown|adult males treated with ENU||Eberhart Lab|ZDB-LAB-100716-1|Unmapped|||2020-10-21
ZDB-ALT-140130-20|au16|||uta16|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-140130-21|au17|||uta17|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-140130-22|au18|||uta18|Point Mutation|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Chr: 12|||2020-10-21
ZDB-ALT-140130-23|au19|||uta19|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-140130-10|au2|||uta2|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-140130-24|au20|||uta20|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-140130-25|au21|||uta21|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-140130-26|au22|||uta22|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-200714-1|au26||||Unknown|spontaneous |This line was isolated from a Tubingen background which was found to be sensitive to EtOH.|Eberhart Lab|ZDB-LAB-100716-1|Unmapped|||2020-10-21
ZDB-ALT-200721-9|au27||||Unknown|adult males treated with ENU||Eberhart Lab|ZDB-LAB-100716-1|Unmapped|||2020-10-21
ZDB-ALT-200721-10|au28||||Unknown|adult males treated with ENU||Eberhart Lab|ZDB-LAB-100716-1|Unmapped|||2020-10-21
ZDB-ALT-200714-2|au29||||Point Mutation|adult males treated with ENU||Eberhart Lab|ZDB-LAB-100716-1|Unmapped|||2020-10-21
ZDB-ALT-140130-11|au3|||uta3|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-200721-11|au32||||Unknown|adult males treated with ENU||Eberhart Lab|ZDB-LAB-100716-1|Unmapped|||2020-10-21
ZDB-ALT-140130-12|au4|||uta4|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-140130-13|au5|||uta5|Point Mutation|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Chr: 24|||2020-10-21
ZDB-ALT-180207-1|au59||||Small Deletion|embryos treated with TALEN3-tet2|c.1,219_1, 229delATAGATTTAA, p.Ile407Thrfs*3 ;
protein truncation before the catalytic domain; 10bp deletion predicted to cause a frameshift beginning at amino acid (aa) 407, inserting 37 incorrect amino acids and truncating the protein at aa 444 out of 1,716|Gross Lab|ZDB-LAB-050914-1|Chr: 1|||2020-10-21
ZDB-ALT-140130-14|au6|||uta6|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-180207-2|au60||||Indel|embryos treated with TALEN3-tet3|c.4,860_4,881delGAGATAAACTGTACAGAGAAGT,
p.Gly1,212Alafs*92 ;
protein truncation before the catalytic domain; 22bp deletion mutation predicted to cause a frameshift beginning at aa 1,212, inserting 92 incorrect aa and truncating the tet3 protein at aa 1,304 out of 2,052|Gross Lab|ZDB-LAB-050914-1|Chr: 5|||2020-10-21
ZDB-ALT-160921-8|au66Tg||||Transgenic Insertion|embryos treated with DNA||Gross Lab|ZDB-LAB-050914-1|Unmapped|Tg(10xUAS:mCherry-2A-MYC-Hsa.CDC42,myl7:EGFP)|ZDB-TGCONSTRCT-160921-7|2020-10-21
ZDB-ALT-160921-9|au67Tg||||Transgenic Insertion|embryos treated with DNA||Gross Lab|ZDB-LAB-050914-1|Unmapped|Tg(10xUAS:mCherry-2A-MYC-Hsa.CDC42_T17N,myl7:EGFP)|ZDB-TGCONSTRCT-160921-8|2020-10-21
ZDB-ALT-160921-10|au68Tg||||Transgenic Insertion|embryos treated with DNA||Gross Lab|ZDB-LAB-050914-1|Unmapped|Tg(10xUAS:mCherry-2A-MYC-caHsa.CDC42_G12V,myl7:EGFP)|ZDB-TGCONSTRCT-170816-1|2020-10-21
ZDB-ALT-160922-2|au69Tg||||Transgenic Insertion|embryos treated with DNA||Gross Lab|ZDB-LAB-050914-1|Unmapped|Tg(10xUAS:mCherry-2A-MYC-dnXla.Cdc42_F37A,myl7:EGFP)|ZDB-TGCONSTRCT-160922-2|2020-10-21
ZDB-ALT-140130-15|au7|||uta7|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-160922-1|au70Tg||||Transgenic Insertion|embryos treated with DNA||Gross Lab|ZDB-LAB-050914-1|Unmapped|Tg(10xUAS:EGFP-2A-Hsa.RAC1,myl7:EGFP)|ZDB-TGCONSTRCT-160922-3|2020-10-21
ZDB-ALT-160922-3|au71Tg||||Transgenic Insertion|embryos treated with DNA||Gross Lab|ZDB-LAB-050914-1|Unmapped|Tg(10xUAS:EGFP-2A-dnHsa.RAC1_T17N,myl7:EGFP)|ZDB-TGCONSTRCT-160922-4|2020-10-21
ZDB-ALT-160922-4|au72Tg||||Transgenic Insertion|embryos treated with DNA||Gross Lab|ZDB-LAB-050914-1|Unmapped|Tg(10xUAS:EGFP-2A-caHsa.RAC1_G12V,myl7:EGFP)|ZDB-TGCONSTRCT-170816-2|2020-10-21
ZDB-ALT-160922-5|au73Tg||||Transgenic Insertion|embryos treated with DNA||Gross Lab|ZDB-LAB-050914-1|Unmapped|Tg(10xUAS:mCherry-2A-MYC-Hsa.RHOA,myl7:EGFP)|ZDB-TGCONSTRCT-160922-6|2020-10-21
ZDB-ALT-160922-6|au74Tg||||Transgenic Insertion|embryos treated with DNA||Gross Lab|ZDB-LAB-050914-1|Unmapped|Tg(10xUAS:mCherry-2A-MYC-dnHsa.RHOA_T19N,myl7:EGFP)|ZDB-TGCONSTRCT-160922-7|2020-10-21
ZDB-ALT-160922-7|au75Tg||||Transgenic Insertion|embryos treated with DNA||Gross Lab|ZDB-LAB-050914-1|Unmapped|Tg(10xUAS:mCherry-2A-MYC-caHsa.RHOA_Q63L,myl7:EGFP)|ZDB-TGCONSTRCT-160922-8|2020-10-21
ZDB-ALT-140130-16|au8|||uta8|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-100518-1|au82|||a82|Point Mutation|ENU |au82 has a nonsense mutation (TTG -> TAG) at nt 317 of  atp6ap1 coding sequence, leading to a truncated protein product..  reference: ZDB-PUB-081008-15|Gross Lab|ZDB-LAB-050914-1|Chr: 23|||2020-10-21
ZDB-ALT-140130-17|au9|||uta9|Unknown|adult males treated with ENU||Gross Lab|ZDB-LAB-050914-1|Unmapped|||2020-10-21
ZDB-ALT-050209-14|aus_unspecified|||un_aus, unspecified_aus|Unspecified|||||Unmapped|||2020-10-21
ZDB-ALT-181010-1|az1||||Complex|embryos treated with CRISPR4-myl7|variation #1: C>T ; [GRCz11] Chr 8:40464031-40464031
variation #2: insertion of 5bp (GTGCC); [GRCz11] Chr8:40464020-40464021|Sato Lab|ZDB-LAB-131119-1|Chr: 8|||2020-10-21
ZDB-ALT-181010-10|az10||||Small Deletion|embryos treated with CRISPR1-otpb||Sato Lab|ZDB-LAB-131119-1|Chr: 5|||2020-10-21
ZDB-ALT-181010-2|az2||||Insertion|embryos treated with CRISPR4-myl7||Sato Lab|ZDB-LAB-131119-1|Chr: 8|||2020-10-21
ZDB-ALT-181010-3|az3||||Indel|embryos treated with CRISPR1-cmlc1||Sato Lab|ZDB-LAB-131119-1|Chr: 5|||2020-10-21
ZDB-ALT-181010-4|az4||||Insertion|embryos treated with CRISPR1-cmlc1||Sato Lab|ZDB-LAB-131119-1|Chr: 5|||2020-10-21
ZDB-ALT-181010-5|az5||||Small Deletion|embryos treated with CRISPR1-tnnc1a||Sato Lab|ZDB-LAB-131119-1|Chr: 23|||2020-10-21
ZDB-ALT-181010-6|az6||||Indel|embryos treated with CRISPR1-tnnc1a||Sato Lab|ZDB-LAB-131119-1|Chr: 23|||2020-10-21
ZDB-ALT-181010-7|az7||||Indel|embryos treated with CRISPR1-otpa||Sato Lab|ZDB-LAB-131119-1|Chr: 21|||2020-10-21
ZDB-ALT-181010-8|az8||||Indel|embryos treated with CRISPR1-otpa||Sato Lab|ZDB-LAB-131119-1|Chr: 21|||2020-10-21
ZDB-ALT-181010-9|az9||||Small Deletion|embryos treated with CRISPR1-otpb||Sato Lab|ZDB-LAB-131119-1|Chr: 5|||2020-10-21
ZDB-ALT-970801-19|b1||||Point Mutation|spontaneous ||Streisinger Lab|ZDB-LAB-980209-8|Chr: 18|||2020-10-21
ZDB-ALT-070306-2|b1006||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-180612-3|b1024||||Point Mutation|ENU |b1024 has a single base substitution (C > T) seven bases into exon 6 of cyp26b1 (RefSeq NM_212666). This variant creates an early stop codon (p. Gln384, RefSeq NP_997831) that is predicted to truncate the last 128, of 511 total, amino acids of Cyp26b1. A single cytochrome P450 superfamily domain comprises most of the protein sequence. This lesion in cyp26b1 truncates 23% of the P450 domain, including the highly conserved heme-binding loop in exon 6, which is required for enzymatic activity. We conclude that b1024 is a recessive loss-of-function, likely null, allele of cyp26b1 ...|Kimmel Lab|ZDB-LAB-970408-13|Chr: 7|||2020-10-21
ZDB-ALT-070306-10|b1035||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-070306-11|b1037||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-070306-12|b1039||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-980224-16|b104|||b104, b104rl, Df(LG08), Df(LG08)b104, Df(LG08)tbx16|Indel|spontaneous |The origin of this mutation is not determined. The b104 mutation removes nucleotides +660-745 and introduces 8 extra bases (AAATTAAA) containing an in-frame stop.|Kimmel Lab|ZDB-LAB-970408-13|Chr: 8|||2020-10-21
ZDB-ALT-100526-5|b1048||||Point Mutation|ENU |pif b1048 contained a 10642C>T transversion in fras1, generating a premature stop codon at amino acid residue 3548. (Carney et al. ZDB-PUB-100427-24 )|Kimmel Lab|ZDB-LAB-970408-13|Chr: 5|||2020-10-21
ZDB-ALT-081006-2|b1059||||Point Mutation|ENU |Genome coordinates and details were determined by ZFIN Staff based on the only way a Ile (atc) can change to an Asn (aac) at amino acid 855 of the sequence provided.; mutation in the second tyrosine kinase domain (amino acids 841-870)|Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Ambiguous|||2020-10-21
ZDB-ALT-980203-336|b107||||Small Deletion|embryos treated with g-rays|Fails to complement <em>tk48d</em>. Sepich et al., (1998) show that the nic1 mutant gene lacked approximately 1kb of intron 6.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 6|||2020-10-21
ZDB-ALT-141222-1|b1071|||opallus|Point Mutation|sperm treated with ENU|McMenamin et al (2014): semi-dominant opallus allele. Missense mutation (Asp632 → Tyr) in thyroid stimulating hormone receptor (tshr). The lesion in tshr g1894t/D632Y corresponds to human activating mutation D633Y.|Eisen Lab|ZDB-LAB-970408-42|Chr: 20|||2020-10-21
ZDB-ALT-070306-13|b1074||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-131219-18|b1075||||Point Mutation||b1075 has a thymidine to adenosine point mutation within exon 4 of gata3 resulting in a predicted cysteine to serine missense mutation in the zinc ion (Zn2+)-coordinating domain of zinc finger 2.  Mutation of the homologous cysteine has been shown to cause HDR (hypoparathyroidism, sensorineural deafness, renal dysplasia) syndrome in humans.<br>Reference:  <a href="https://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-130708-31">Sheehan-Rooney et al. (2013)</a>|Kimmel Lab|ZDB-LAB-970408-13|Chr: 4|||2020-10-21
ZDB-ALT-041124-2|b1085||||Unknown|||Eisen Lab|ZDB-LAB-970408-42|Chr: 6|||2020-10-21
ZDB-ALT-071023-1|b1086||||Point Mutation|ENU ||Kimmel Lab|ZDB-LAB-970408-13|Chr: 10|||2020-10-21
ZDB-ALT-061023-2|b1088||||Unknown|||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-980203-593|b109||||Small Deletion|embryos treated with g-rays|A deletion of 13 bp in the 5' non-transcribed region (–258 to –271) is found in b109 mutants.|Kimmel Lab|ZDB-LAB-970408-13|Chr: 23|||2020-10-21
ZDB-ALT-111206-1|b1100||||Point Mutation|||Kimmel Lab|ZDB-LAB-970408-13|Chr: 14|||2020-10-21
ZDB-ALT-060811-6|b1105||||Point Mutation|ENU |G to A transition causes a trp223-> stop.|Crump Lab|ZDB-LAB-060809-1|Chr: 13|||2020-10-21
ZDB-ALT-120221-11|b1110||||Point Mutation|embryos treated with ENU|A to T change at nucleotide 427 resulting in a premature stop codon after threonine 142, predicted to delete two-thirds of the protein.|Kimmel Lab|ZDB-LAB-970408-13|Chr: 5|||2020-10-21
ZDB-ALT-070306-4|b1112||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-070306-5|b1115||||Point Mutation|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-060811-2|b1123||||Unknown|||Crump Lab|ZDB-LAB-060809-1|Unmapped|||2020-10-21
ZDB-ALT-111017-3|b1125||||Point Mutation|adult females treated with ENU|C1162T mutation in the seventh exon that changes aa388 from Gln to STOP, which deletes a highly conserved Cys residue at aa389.|Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 20|||2020-10-21
ZDB-ALT-080318-3|b1127||||Point Mutation|adult males treated with ENU|T991C mutation in the sixth exon that changes a highly-conserved Cys to Arg at aa331.|Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 20|||2020-10-21
ZDB-ALT-080318-4|b1128||||Point Mutation|adult males treated with ENU|Contains a G2103A splice donor mutation in the ninth exon, which forces usage of cryptic splice donors, typically causing a tetranucleotide insertion that frameshifts the coding sequence from aa702.|Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 3|||2020-10-21
ZDB-ALT-100526-4|b1130||||Point Mutation|ENU |pif b1130 displayed a 7231G>T mutation in the fras1 coding region, resulting in a premature translational termination after amino acid residue 2410.&nbsp;&nbsp;(Carney et al. ZDB-PUB-100427-24 )|Kimmel Lab|ZDB-LAB-970408-13|Chr: 5|||2020-10-21
ZDB-ALT-111118-31|b1149|||bmp4 C365S|Point Mutation|adult males treated with ENU|Characterization of bmp4 C365S revealed an erratically penetrant ventral patterning defect, present at non-Mendelian ratio. Additional analysis confirmed that the C365S mutation has a partially penetrant dominant-negative effect.|Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 17|||2020-10-21
ZDB-ALT-111118-30|b1150|||bmp4S355*|Point Mutation|adult males treated with ENU|Genome coordinates and details were determined by ZFIN Staff based on the only way a Ser (tcg) can change to a Stop (tag) at amino acid 355 of the sequence provided.; Characterization of bmp4 S355* revealed an erratically penetrant ventral patterning defect, present at non-Mendelian ratio. Additional analysis confirmed that the S355*
mutation has a partially penetrant dominant-negative effect.|Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 17|||2020-10-21
ZDB-ALT-161010-10|b1161||||Indel|adult males treated with ENU|This lesion results in protein truncation after amino acid 845 of 1059 with the predicted addition of 21 aberrant
amino acids(EFTHWSWRPRLFRTLQSYWAS.|Kimmel Lab|ZDB-LAB-970408-13|Chr: 16|||2020-10-21
ZDB-ALT-080318-5|b1166||||Unknown|adult males treated with ENU||Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 25|||2020-10-21
ZDB-ALT-111118-29|b1172|||bmp4Y180*, Y180|Point Mutation|adult males treated with ENU|The bmp4Y180* allele, has a stop codon early in the prodomain, that truncates he Bmp4 protein prior to the carboxy-terminal activesignaling molecule.|Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 17|||2020-10-21
ZDB-ALT-080318-2|b1182||||Unknown|adult males treated with ENU||Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 18|||2020-10-21
ZDB-ALT-070124-3|b1184||||Unknown||touch response mutant|Washbourne Lab|ZDB-LAB-061030-1|Unmapped|||2020-10-21
ZDB-ALT-111017-4|b1189||||Point Mutation|adult males treated with ENU|T1600G mutation in the seventh exon that changes a highly-conserved Ser to Ala at aa534.|Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 3|||2020-10-21
ZDB-ALT-070430-3|b1193Tg|||Tg(hsp70:fgf8)b1193, Tg(hsp70l:fgf8)b1193|Transgenic Insertion|embryos treated with DNA||Westerfield Lab|ZDB-LAB-970408-1|Unmapped|Tg(hsp70l:fgf8a)|ZDB-TGCONSTRCT-070427-1|2020-10-21
ZDB-ALT-080715-1|b1200Tg|||Tg(emx3:YFP)b1200|Transgenic Insertion|embryos treated with DNA||Westerfield Lab|ZDB-LAB-970408-1|Unmapped|Tg(emx3:YFP)|ZDB-TGCONSTRCT-080715-1|2020-10-21
ZDB-ALT-080715-5|b1201Tg|||Tg(emx3:YFPm)b1201|Transgenic Insertion|embryos treated with DNA||Westerfield Lab|ZDB-LAB-970408-1|Unmapped|Tg(emx3:YFPm)|ZDB-TGCONSTRCT-080715-2|2020-10-21
ZDB-ALT-080715-3|b1202Tg|||Tg(hsp70l:emx3-myc-GFP)b1202|Transgenic Insertion|embryos treated with DNA||Westerfield Lab|ZDB-LAB-970408-1|Unmapped|Tg(hsp70l:emx3-MYC-GFP)|ZDB-TGCONSTRCT-080715-3|2020-10-21
ZDB-ALT-080715-4|b1203Tg|||Tg(emx3:emx3-myc-GFP)b1203|Transgenic Insertion|embryos treated with DNA||Westerfield Lab|ZDB-LAB-970408-1|Unmapped|Tg(emx3:emx3-MYC-GFP)|ZDB-TGCONSTRCT-080715-4|2020-10-21
ZDB-ALT-100317-1|b1204Tg|||Tg(lhx5:Kaede)b1204|Transgenic Insertion|embryos treated with DNA||Westerfield Lab|ZDB-LAB-970408-1|Unmapped|TgBAC(lhx5:Kaede)|ZDB-TGCONSTRCT-100317-1|2020-10-21
ZDB-ALT-100317-2|b1205Tg|||Tg(lhx5:GFP)b1205|Transgenic Insertion|embryos treated with DNA||Westerfield Lab|ZDB-LAB-970408-1|Unmapped|Tg(lhx5:GFP)|ZDB-TGCONSTRCT-100317-2|2020-10-21
ZDB-ALT-100402-1|b1212Tg|||Tg(sp7:EGFP)b1212|Transgenic Insertion|embryos treated with DNA||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|Tg(sp7:EGFP)|ZDB-TGCONSTRCT-100402-2|2020-10-21
ZDB-ALT-130621-1|b1219||||Point Mutation|adult males treated with ENU|Zigman et al (2014): b1219 carries a point mutation in the first exon of hoxb1b. The A-to-T transversion at position 274 leads to a premature stop codon at amino acid 92 (R92X) of this 307 amino acid protein, upstream of the essential DNA-binding homeobox motif.|Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 12|||2020-10-21
ZDB-ALT-120709-1|b1222Tg|||Tg(mnx1:Gal4-VP16)b1222|Transgenic Insertion|embryos treated with DNA||Washbourne Lab|ZDB-LAB-061030-1|Unmapped|Tg(mnx1:GAL4-VP16)|ZDB-TGCONSTRCT-120709-1|2020-10-21
ZDB-ALT-140602-1|b1224Tg||||Transgenic Insertion|embryos treated with DNA||Eisen Lab|ZDB-LAB-970408-42|Unmapped|Tg(UAS:Tomato,myl7:EGFP)|ZDB-TGCONSTRCT-140602-1|2020-10-21
ZDB-ALT-130814-3|b1228Tg|||Tg(hand2:Gal4-VP16)b1228|Transgenic Insertion|embryos treated with DNA||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|Tg(hand2:GAL4-VP16)|ZDB-TGCONSTRCT-130814-2|2020-10-21
ZDB-ALT-130814-4|b1229Tg|||Tg(UAS:Crimson,myl7:EGFP)b1229|Transgenic Insertion|embryos treated with DNA||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|Tg(UAS:Crimson,myl7:EGFP)|ZDB-TGCONSTRCT-130814-3|2020-10-21
ZDB-ALT-980203-591|b123||||Unknown|spontaneous |No lesion was found in the coding sequence of this allele, but expression levels of <i>cx43</i> are significantly reduced.|Streisinger Lab|ZDB-LAB-980209-8|Chr: 20|||2020-10-21
ZDB-ALT-120803-1|b1230Tg|||Tg(dusp6:CreERT2,myl7:ECFP)b1230|Transgenic Insertion|embryos treated with DNA||Stankunas Lab|ZDB-LAB-120618-1|Unmapped|Tg(dusp6:Cre-ERT2,myl7:ECFP)|ZDB-TGCONSTRCT-120803-1|2020-10-21
ZDB-ALT-131029-1|b1231Tg|||Tg(actc1b:Hpy.CagA-EGFP)b1231|Transgenic Insertion|embryos treated with DNA||Guillemin Lab|ZDB-LAB-050228-1|Unmapped|Tg(actc1b:Hpy.CagA-EGFP)|ZDB-TGCONSTRCT-131029-1|2020-10-21
ZDB-ALT-131029-2|b1232Tg|||Tg(fabp2:Hpy.CagA-EGFP)b1232|Transgenic Insertion|embryos treated with DNA||Guillemin Lab|ZDB-LAB-050228-1|Unmapped|Tg(fabp2:Hpy.CagA-EGFP)|ZDB-TGCONSTRCT-131029-3|2020-10-21
ZDB-ALT-131029-3|b1233Tg|||Tg(actc1b:Hpy.CagA_Y2684S_Y2741S-EGFP)b1233|Transgenic Insertion|embryos treated with DNA||Guillemin Lab|ZDB-LAB-050228-1|Unmapped|Tg(actc1b:Hpy.CagA_Y2684S_Y2741S-EGFP)|ZDB-TGCONSTRCT-131029-2|2020-10-21
ZDB-ALT-140908-2|b1234Tg||||Transgenic Insertion|embryos treated with DNA||Stankunas Lab|ZDB-LAB-120618-1|Unmapped|Tg(krt5:GAL4-ERT2-VP16,myl7:ECFP)|ZDB-TGCONSTRCT-140908-1|2020-10-21
ZDB-ALT-140908-3|b1235Tg||||Transgenic Insertion|embryos treated with DNA||Stankunas Lab|ZDB-LAB-120618-1|Unmapped|Tg(dusp6:GAL4-ERT2-VP16,myl7:ECFP)|ZDB-TGCONSTRCT-140908-2|2020-10-21
ZDB-ALT-140908-4|b1236Tg||||Transgenic Insertion|embryos treated with DNA||Stankunas Lab|ZDB-LAB-120618-1|Unmapped|Tg(Xla.Eef1a1:GAL4-ERT2-VP16,myl7:ECFP)|ZDB-TGCONSTRCT-140908-3|2020-10-21
ZDB-ALT-160428-2|b1237||||Small Deletion|embryos treated with TALEN1-dnmt3bb.1||Kimmel Lab|ZDB-LAB-970408-13|Chr: 23|||2020-10-21
ZDB-ALT-190314-4|b1240|||13 bp deletion in exon 1|Small Deletion|embryos treated with TALEN1-ush1ga||Westerfield Lab|ZDB-LAB-970408-1|Chr: 3|||2020-10-21
ZDB-ALT-181023-1|b1245||||Indel|embryos treated with CRISPR3-ush2a|ENSDART00000086201.4; c.15520_15523delinsTG; p.Ala5174fsTer, 
predicted to encode an usherin protein that retains the transmembrane domain but lacks the C-terminal 62 amino acids of the intracellular region including the class I PDZ binding motif.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 17|||2020-10-21
ZDB-ALT-170306-1|b1246||||Small Deletion|embryos treated with CRISPR1-prrx1a||Nichols Lab|ZDB-LAB-170207-3|Chr: 2|||2020-10-21
ZDB-ALT-170306-2|b1247||||Small Deletion|embryos treated with CRISPR1-prrx1b||Nichols Lab|ZDB-LAB-170207-3|Chr: 20|||2020-10-21
ZDB-ALT-160810-3|b1250||||Small Deletion|embryos treated with CRISPR1-ubr3||Westerfield Lab|ZDB-LAB-970408-1|Chr: 9|||2020-10-21
ZDB-ALT-160810-4|b1251||||Insertion|embryos treated with CRISPR2-ubr3||Westerfield Lab|ZDB-LAB-970408-1|Chr: 9|||2020-10-21
ZDB-ALT-170126-7|b1252Tg||||Transgenic Insertion|embryos treated with DNA||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|Tg(fli1-hsp70l:NLS-mCherry)|ZDB-TGCONSTRCT-170126-1|2020-10-21
ZDB-ALT-190402-2|b1259||||Small Deletion|embryos treated with CRISPR1-grxcr1a||Westerfield Lab|ZDB-LAB-970408-1|Chr: 14|||2020-10-21
ZDB-ALT-980203-804|b126||||Unknown|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|||2020-10-21
ZDB-ALT-190402-4|b1260||||Small Deletion|embryos treated with CRISPR2-grxcr1a||Westerfield Lab|ZDB-LAB-970408-1|Chr: 14|||2020-10-21
ZDB-ALT-160503-12|b1278Tg||||Transgenic Insertion|embryos treated with DNA||Washbourne Lab|ZDB-LAB-061030-1|Unmapped|Tg(4xnrUAS:HA-Tgo.Uprt-mCherry)|ZDB-TGCONSTRCT-160503-13|2020-10-21
ZDB-ALT-180315-3|b1279|||8-nucleotide deletion|Indel|embryos treated with TALEN1-gsdf||Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 21|||2020-10-21
ZDB-ALT-180315-2|b1280|||1-nucleotide deletion|Small Deletion|embryos treated with TALEN1-gsdf||Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 21|||2020-10-21
ZDB-ALT-180315-4|b1281|||14-nucleotide deletion|Small Deletion|embryos treated with TALEN1-gsdf||Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 21|||2020-10-21
ZDB-ALT-181112-9|b1282||||Small Deletion|embryos treated with CRISPR1-edn3a||Eisen Lab|ZDB-LAB-970408-42|Chr: 11|||2020-10-21
ZDB-ALT-181112-10|b1283||||Indel|embryos treated with CRISPR1-edn3b||Eisen Lab|ZDB-LAB-970408-42|Chr: 23|||2020-10-21
ZDB-ALT-980203-558|b130||||Unknown|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|||2020-10-21
ZDB-ALT-180418-1|b1307||||Small Deletion|embryos treated with CRISPR4-kdm6bb|A 40 bp deletion that spans the first 14 bp of exon 15 introduces an early stop codon. The predicted truncated protein would lack the entire JmjC domain.|Stankunas Lab|ZDB-LAB-120618-1|Chr: 10|||2020-10-21
ZDB-ALT-180418-2|b1308||||Small Deletion|embryos treated with CRISPR1-kdm6ba|The predicted truncated protein lacks the JmjC domain.|Stankunas Lab|ZDB-LAB-120618-1|Chr: 7|||2020-10-21
ZDB-ALT-190913-1|b1311||||Small Deletion|embryos treated with CRISPR1-cog4||Westerfield Lab|ZDB-LAB-970408-1|Chr: 7|||2020-10-21
ZDB-ALT-190712-1|b1312||||Small Deletion|embryos treated with CRISPR2-cog4|13 bp deletion in exon 12, causes frameshift followed by premature stop.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 7|||2020-10-21
ZDB-ALT-190402-5|b1319Tg||||Transgenic Insertion|embryos treated with DNA||Westerfield Lab|ZDB-LAB-970408-1|Unmapped|Tg(myo6b:KDEL-Crimson)|ZDB-TGCONSTRCT-190402-2|2020-10-21
ZDB-ALT-980203-310|b134||||Unknown|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Chr: 20|||2020-10-21
ZDB-ALT-190314-3|b1342|||10 bp deletion in exon 2|Small Deletion|embryos treated with CRISPR1-ush1ga||Westerfield Lab|ZDB-LAB-970408-1|Chr: 3|||2020-10-21
ZDB-ALT-200214-1|b1343Tg||||Transgenic Insertion|embryos treated with DNA||Washbourne Lab|ZDB-LAB-061030-1|Unmapped|Tg(nccr.i56i-i56ii-dlx6a:KALTA4)|ZDB-TGCONSTRCT-200214-1|2020-10-21
ZDB-ALT-180404-5|b1345Tg||||Transgenic Insertion|embryos treated with DNA||Eisen Lab|ZDB-LAB-970408-42|Unmapped|Tg(10xUAS:LOXP-LOX2272-Tomato-LOXP-EGFP-LOX2272-Crimson,myl7:EGFP)|ZDB-TGCONSTRCT-180404-3|2020-10-21
ZDB-ALT-190724-6|b1347||||Small Deletion|embryos treated with CRISPR1-tonsl||Westerfield Lab|ZDB-LAB-970408-1|Chr: 17|||2020-10-21
ZDB-ALT-190724-7|b1348||||Small Deletion|embryos treated with CRISPR1-tonsl||Westerfield Lab|ZDB-LAB-970408-1|Chr: 17|||2020-10-21
ZDB-ALT-190321-10|b1354|||zf2066|Small Deletion|embryos treated with CRISPR6-myd88||Guillemin Lab|ZDB-LAB-050228-1|Chr: 24|||2020-10-21
ZDB-ALT-190328-3|b1367||||Indel|||Adam C Miller Lab|ZDB-LAB-160115-2|Chr: 10|||2020-10-21
ZDB-ALT-190328-4|b1368||||Small Deletion|embryos treated with CRISPR||Adam C Miller Lab|ZDB-LAB-160115-2|Chr: 8|||2020-10-21
ZDB-ALT-190328-5|b1369||||Indel|embryos treated with CRISPR||Adam C Miller Lab|ZDB-LAB-160115-2|Chr: 22|||2020-10-21
ZDB-ALT-190502-1|b1370||||Indel|embryos treated with CRISPR1-tjp1b||Adam C Miller Lab|ZDB-LAB-160115-2|Chr: 25|||2020-10-21
ZDB-ALT-200408-1|b1373|||-5|Indel|embryos treated with CRISPR2-amh, CRISPR3-amh||Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 22|||2020-10-21
ZDB-ALT-200408-2|b1374|||-10|Small Deletion|embryos treated with CRISPR2-amh, CRISPR3-amh||Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 22|||2020-10-21
ZDB-ALT-200408-3|b1375|||-26|Small Deletion|embryos treated with CRISPR2-amh, CRISPR3-amh||Postlethwait Zebrafish Genetics Laboratory|ZDB-LAB-970408-67|Chr: 22|||2020-10-21
ZDB-ALT-190920-8|b1390Tg||||Transgenic Insertion|embryos treated with DNA||Eisen Lab|ZDB-LAB-970408-42|Unmapped|Tg(fabp2:TdTomato-2A-dnXla.Rbpj)|ZDB-TGCONSTRCT-190920-3|2020-10-21
ZDB-ALT-980203-590|b140||||Unknown|spontaneous ||Kimmel Lab|ZDB-LAB-970408-13|Chr: 1|||2020-10-21
ZDB-ALT-980203-368|b146||||Unknown|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|||2020-10-21
ZDB-ALT-980203-339|b153||||Unknown|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|||2020-10-21
ZDB-ALT-970730-11|b160||||Indel|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Chr: 19|||2020-10-21
ZDB-ALT-980203-389|b163||||Unknown|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|||2020-10-21
ZDB-ALT-020506-2|b165Tg|||b165, Tg(Hsp70-1:lacz), Tg(Hsp70-1:lacz)b165|Transgenic Insertion|embryos treated with DNA||Westerfield Lab|ZDB-LAB-970408-1|Unmapped|Tg(Hsp70-1:lacz)|ZDB-TGCONSTRCT-070117-134|2020-10-21
ZDB-ALT-980203-332|b18|||(part of) Sheer fish, when combined with b4, transparent|Small Deletion|spontaneous |This is the transparent mutant referred to in Krauss et al. (2013).|Streisinger Lab|ZDB-LAB-980209-8|Ambiguous|||2020-10-21
ZDB-ALT-980203-400|b188||||Translocation|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|||2020-10-21
ZDB-ALT-980203-401|b191||||Unknown|spontaneous ||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|||2020-10-21
ZDB-ALT-970731-39|b195||||Insertion|spontaneous |Spontaneous out of <em>golden (gol-1)</em>.|Kimmel Lab|ZDB-LAB-970408-13|Chr: 19|||2020-10-21
ZDB-ALT-980203-402|b2||||Unknown|spontaneous |Formerly <em>golden-2</em>, renamed <em>brass (brs)</em> to avoid confusion with <em>golden-1</em>.|Streisinger Lab|ZDB-LAB-980209-8|Chr: 13|||2020-10-21
ZDB-ALT-980203-342|b201||||Unknown|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|||2020-10-21
ZDB-ALT-980203-337|b204||||Translocation|embryos treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Chr: 18|||2020-10-21
ZDB-ALT-980203-331|b212||||Unknown|adult males treated with ENU||Kimmel Lab|ZDB-LAB-970408-13|Chr: 8|||2020-10-21
ZDB-ALT-980203-494|b214||||Unknown|sperm treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|||2020-10-21
ZDB-ALT-010413-2|b215||||Unknown|g-rays ||Kimmel Lab|ZDB-LAB-970408-13|Chr: 15|||2020-10-21
ZDB-ALT-980203-309|b217||||Unknown|sperm treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|||2020-10-21
ZDB-ALT-980203-343|b222||||Unknown|sperm treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Unmapped|||2020-10-21
ZDB-ALT-980203-604|b257||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Chr: 1|||2020-10-21
ZDB-ALT-980203-495|b258||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-812|b259||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-308|b260||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-305|b261||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-303|b262||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-312|b263||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-323|b264||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-324|b265||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-302|b266||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-328|b267||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-329|b268||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-344|b269||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-306|b270||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-330|b273||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-301|b274||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-333|b275||||Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Unmapped|||2020-10-21
ZDB-ALT-980203-367|b286||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-980203-800|b300||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-980203-364|b302||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-991208-40|b305||||Translocation|sperm treated with g-rays|<em>b305</em> <em>b386</em><em>b409</em> <em>c4</em> and <em>c47</em> are overlapping deficiencies affecting the <em>cerebum (crm)</em> locus. Balanced translocation with <em>c113</em>.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|||2020-10-21
ZDB-ALT-991130-42|b333|||b333, Df(LG08:tbx16), Df(LG08:tbx16)b333|Small Deletion|g-rays |exon 4 (therefore 3' end of gene) of slc25a37 appears to be missing in b333 mutants|Halpern Lab|ZDB-LAB-980205-5|Ambiguous|||2020-10-21
ZDB-ALT-970731-16|b337||||Point Mutation|adult males treated with ENU|Null allele (nonsense mutation in ORF).|Kimmel Lab|ZDB-LAB-970408-13|Chr: 23|||2020-10-21
ZDB-ALT-980203-370|b369||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-980203-813|b374||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-980203-603|b382||||Point Mutation|adult males treated with ENU|This mutant harbors a T to G transversion in the intron flanking exon 5. This creates a new splice acceptor site, resulting in the insertion of 3 additional amino acids in a highly conserved motif.|Eisen Lab|ZDB-LAB-970408-42|Chr: 19|||2020-10-21
ZDB-ALT-991208-35|b386||||Translocation|sperm treated with g-rays|<em>b305</em> <em>b386</em> <em>b409</em> <em>c4</em> and <em>c47</em> are overlapping deficiencies affecting the <em>cerebum (crm)</em> locus. Balanced translocation with <em>c111</em>.|Westerfield Lab|ZDB-LAB-970408-1|Unmapped|||2020-10-21
ZDB-ALT-980203-307|b39|||b39rl|Unknown|adult males treated with g-rays||Streisinger Lab|ZDB-LAB-980209-8|Unmapped|||2020-10-21
ZDB-ALT-980203-361|b392||||Point Mutation|adult males treated with ENU|<em>helix<sup>b392</sup></em> is a strong allele of <em>chameleon</em>.|Eisen Lab|ZDB-LAB-970408-42|Chr: 20|||2020-10-21
ZDB-ALT-980203-313|b393||||Complex|adult males treated with ENU|b393 has three point mutations -  A2410G (L763R), C2739T (R873stop) and T2826C (L903H).  b393 is homozygous viable.  Heterozygotes exhibit a mild phenotype, suggesting that the mutation acts as a partial dominant.|Eisen Lab|ZDB-LAB-970408-42|Chr: 13|||2020-10-21
ZDB-ALT-990423-32|b398||||Unknown|||Eisen Lab|ZDB-LAB-970408-42|Chr: 13|||2020-10-21
ZDB-ALT-980203-365|b4|||(part of) Crystal fish, (part of) Sheer fish|Insertion|spontaneous |spontaneous transposon insertion|Streisinger Lab|ZDB-LAB-980209-8|Chr: 21|||2020-10-21
ZDB-ALT-980203-493|b404||||Unknown|sperm treated with g-rays||Kimmel Lab|ZDB-LAB-970408-13|Chr: 14|||2020-10-21
ZDB-ALT-990427-7|b420||||Point Mutation||nucleotide change: T to A,
sequence surrounding change: gccttAagtgt,
mutated amino acid: K to STOP,

<em>loose ends</em> was found to be an allele of <em>deadly seven</em> by complementation.

|Eisen Lab|ZDB-LAB-970408-42|Chr: 21|||2020-10-21
ZDB-ALT-110124-2|b426||||Unknown|adult males treated with ENU|b426 was never sequenced so it is not known for certain that the ENU mutagenesis produced a point mutation.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 12|||2020-10-21
ZDB-ALT-980203-557|b431|||b403|Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-980203-471|b45||||Unknown|embryos treated with g-rays||Streisinger Lab|ZDB-LAB-980209-8|Unmapped|||2020-10-21
ZDB-ALT-990423-37|b458||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Chr: 24|||2020-10-21
ZDB-ALT-090205-3|b459||||Unknown|||Kimmel Lab|ZDB-LAB-970408-13|Chr: 19|||2020-10-21
ZDB-ALT-010426-2|b460||||Point Mutation||In tst b460, T is changed to G at the 5’ splice site of the 4th intron of sf3b1.|Halpern Lab|ZDB-LAB-980205-5|Chr: 9|||2020-10-21
ZDB-ALT-000712-2|b476|||moe|Small Deletion|sperm treated with g-rays|mutation is recessive lethal (homozygous embryos die around 6 dpf)|Westerfield Lab|ZDB-LAB-970408-1|Chr: 9|||2020-10-21
ZDB-ALT-030421-2|b480||||Unknown|||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-090205-2|b487||||Unknown|||Kimmel Lab|ZDB-LAB-970408-13|Chr: 19|||2020-10-21
ZDB-ALT-980203-325|b5||||Small Deletion|spontaneous ||Streisinger Lab|ZDB-LAB-980209-8|Chr: 20|||2020-10-21
ZDB-ALT-041111-4|b508||||Small Deletion|adult males treated with ENU|Sequencing of b508 reveals a 68 nucleotide deletion (aa 1410-1432) comprising a single exon and resulting in a frameshift, 16 novel amino acids, and a premature stop codon. Analyses of genomic DNA reveal a deletion corresponding to one exon in addition to parts of flanking introns.|Eisen Lab|ZDB-LAB-970408-42|Chr: 18|||2020-10-21
ZDB-ALT-030327-2|b557||||Point Mutation|||Kimmel Lab|ZDB-LAB-970408-13|Chr: 3|||2020-10-21
ZDB-ALT-990422-78|b577||||Point Mutation|adult males treated with ENU||Westerfield Lab|ZDB-LAB-970408-1|Ambiguous|||2020-10-21
ZDB-ALT-980303-41|b590||||Unknown|spontaneous ||Westerfield Lab|ZDB-LAB-970408-1|Chr: 20|||2020-10-21
ZDB-ALT-011017-20|b593||||Unknown|ENU ||Westerfield Lab|ZDB-LAB-970408-1|Chr: 13|||2020-10-21
ZDB-ALT-980413-368|b6||||Unknown||If you are looking for the transparent mutant, see b18. transparent was  referred to as b6 in Krauss et. al (2013), but this was in error.|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 18|||2020-10-21
ZDB-ALT-030323-2|b631||||Point Mutation|||Kimmel Lab|ZDB-LAB-970408-13|Chr: 10|||2020-10-21
ZDB-ALT-051214-10|b638||||Unknown|adult males treated with ENU||Amacher Lab|ZDB-LAB-001018-2|Chr: 21|||2020-10-21
ZDB-ALT-040405-2|b639||||Unknown|sperm treated with ENU||Kimmel Lab|ZDB-LAB-970408-13|Chr: 14|||2020-10-21
ZDB-ALT-000821-2|b641||||Point Mutation|adult males treated with ENU||Westerfield Lab|ZDB-LAB-970408-1|Ambiguous|||2020-10-21
ZDB-ALT-051214-8|b663||||Unknown|||Amacher Lab|ZDB-LAB-001018-2|Chr: 15|||2020-10-21
ZDB-ALT-010919-2|b692||||Point Mutation|||David Raible Lab|ZDB-LAB-980202-1|Chr: 6|||2020-10-21
ZDB-ALT-040701-2|b700||||Small Deletion|ENU |In b700, a 22 bp deletion in the third exon results in a frame-shift that leads to a stop codon after the second LIM domain.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 8|||2020-10-21
ZDB-ALT-040601-2|b719||||Small Deletion|embryos treated with ENU|One bp (cytosine) is deleted in exon 14.|Kimmel Lab|ZDB-LAB-970408-13|Chr: 5|||2020-10-21
ZDB-ALT-041111-2|b722||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Chr: 18|||2020-10-21
ZDB-ALT-091203-1|b756||||Unknown|adult males treated with ENU|Homozygous viable. Fish have no yellow pigment. There are normal numbers of xanthopore precursors but there is no pteridine synthesis.|Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-091203-2|b758||||Unknown|ENU |Homozygous viable. Fish have no yellow pigment. There are normal numbers of xanthopore precursors but there is no pteridine synthesis.|Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-090904-1|b765||||Unknown|||Kimmel Lab|ZDB-LAB-970408-13|Chr: 24|||2020-10-21
ZDB-ALT-001213-2|b781||||Point Mutation|adult males treated with ENU||Westerfield Lab|ZDB-LAB-970408-1|Chr: 9|||2020-10-21
ZDB-ALT-010911-2|b817||||Unknown|sperm treated with ENU|Does not complement <em>nic-1</em>|Eisen Lab|ZDB-LAB-970408-42|Chr: 6|||2020-10-21
ZDB-ALT-020511-2|b864||||Unknown|||Westerfield Lab|ZDB-LAB-970408-1|Unmapped|||2020-10-21
ZDB-ALT-070117-21|b871||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-070306-6|b875||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-040519-2|b882||||Point Mutation||The change predicts a transcript that retains intron 5 with a stop codon 84 base pairs into the intron. This results in a truncated protein with 27 missense amino acids at the carboxy terminus.|Westerfield Lab|ZDB-LAB-970408-1|Chr: 9|||2020-10-21
ZDB-ALT-070306-7|b896||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-040930-24|b926||||Point Mutation|ENU ||Kimmel Lab|ZDB-LAB-970408-13|Chr: 23|||2020-10-21
ZDB-ALT-080925-12|b943||||Point Mutation|adult males treated with ENU||Kimmel Lab|ZDB-LAB-970408-13|Chr: 8|||2020-10-21
ZDB-ALT-070306-8|b953||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-060822-4|b963||||Point Mutation|ENU ||Kimmel Lab|ZDB-LAB-970408-13|Chr: 7|||2020-10-21
ZDB-ALT-070306-9|b984||||Unknown|adult males treated with ENU||Eisen Lab|ZDB-LAB-970408-42|Unmapped|||2020-10-21
ZDB-ALT-040601-4|b999||||Point Mutation|embryos treated with ENU|A C-to-T missense mutation introduces an early stop codon in the 16th exon.|Kimmel Lab|ZDB-LAB-970408-13|Chr: 5|||2020-10-21
ZDB-ALT-121128-3|ba101Tg|||Tg(-4.7sox10:Cre)ba101|Transgenic Insertion|embryos treated with DNA||Bath Zebrafish Development Lab|ZDB-LAB-970905-1|Unmapped|Tg(-4.7sox10:Cre)|ZDB-TGCONSTRCT-121128-1|2020-10-21
ZDB-ALT-050913-4|ba2Tg|||ba2, Tg(-4.9sox10:EGFP), Tg(-4.9sox10:EGFP)ba2|Transgenic Insertion|embryos treated with DNA||Bath Zebrafish Development Lab|ZDB-LAB-970905-1|Unmapped|Tg(-4.9sox10:EGFP)|ZDB-TGCONSTRCT-070117-69|2020-10-21
ZDB-ALT-090819-1|ba3Tg|||Tg(-4725sox10:GFP)ba3|Transgenic Insertion|embryos treated with DNA|Kelsh lab|Bath Zebrafish Development Lab|ZDB-LAB-970905-1|Unmapped|Tg(-4.7sox10:GFP)|ZDB-TGCONSTRCT-090819-1|2020-10-21
ZDB-ALT-090819-2|ba4Tg|||Tg(-4725sox10:GFP)ba4|Transgenic Insertion|embryos treated with DNA|Kelsh lab|Bath Zebrafish Development Lab|ZDB-LAB-970905-1|Unmapped|Tg(-4.7sox10:GFP)|ZDB-TGCONSTRCT-090819-1|2020-10-21
ZDB-ALT-090819-3|ba5Tg|||Tg(-1252sox10:GFP)ba5|Transgenic Insertion|embryos treated with DNA|Kelsh lab|Bath Zebrafish Development Lab|ZDB-LAB-970905-1|Unmapped|Tg(-1.25sox10:GFP)|ZDB-TGCONSTRCT-090819-2|2020-10-21
ZDB-ALT-171108-1|ba6||||Small Deletion|embryos treated with CRISPR2-tfec|WT accession no: XM_017355023; Chromosome 4; Mutation in exon 7; Deletion point: 6,035,834 nucleotides; Sequence: aacaaagggacgatcctcaa[ggcctc]ggtggaata (deleted nucleotides in square brackets)|Bath Zebrafish Development Lab|ZDB-LAB-970905-1|Chr: 4|||2020-10-21
ZDB-ALT-121128-1|ba73Tg|||Tg(-4.7sox10:Cre)ba73|Transgenic Insertion|embryos treated with DNA||Bath Zebrafish Development Lab|ZDB-LAB-970905-1|Unmapped|Tg(-4.7sox10:Cre)|ZDB-TGCONSTRCT-121128-1|2020-10-21
ZDB-ALT-121128-2|ba74Tg|||Tg(-4.7sox10:Cre)ba74|Transgenic Insertion|embryos treated with DNA||Bath Zebrafish Development Lab|ZDB-LAB-970905-1|Unmapped|Tg(-4.7sox10:Cre)|ZDB-TGCONSTRCT-121128-1|2020-10-21
ZDB-ALT-101008-1|barx1_unrecovered|||unrec_barx1, unrecovered_barx1|Point Mutation|adult males treated with ENU||||Chr: 11|||2020-10-21
ZDB-ALT-070131-1|baz1||||Point Mutation|adult males treated with ENU||Bath Zebrafish Development Lab|ZDB-LAB-970905-1|Chr: 3|||2020-10-21
ZDB-ALT-120313-1|bc1Tg|||Tg(hsp70l:Gal80-MYC)bc1|Transgenic Insertion|embryos treated with DNA||Lopez-Schier Lab|ZDB-LAB-061020-1|Unmapped|Tg(hsp70l:GAL80-MYC)|ZDB-TGCONSTRCT-120313-1|2020-10-21
ZDB-ALT-120313-2|bc2Tg|||Tg(UAS:MA-Tomato)bc2|Transgenic Insertion|embryos treated with DNA||Lopez-Schier Lab|ZDB-LAB-061020-1|Unmapped|Tg(UAS:MA-Tomato)|ZDB-TGCONSTRCT-120313-2|2020-10-21
ZDB-ALT-120424-6|bc3Tg|||Tg(hsp70l:mCherry-2.0cntnap2a)bc3, Tg(SILL1)|Transgenic Insertion|embryos treated with DNA||Lopez-Schier Lab|ZDB-LAB-061020-1|Unmapped|Tg(en.sill,hsp70l:mCherry)|ZDB-TGCONSTRCT-191120-1|2020-10-21
ZDB-ALT-120424-7|bc4Tg|||Tg(hsp70l:Gal4-VP16-2.0cntnap2a)bc4, Tg(SILL2)|Transgenic Insertion|embryos treated with DNA||Lopez-Schier Lab|ZDB-LAB-061020-1|Unmapped|Tg(en.sill,hsp70l:GAL4-VP16)|ZDB-TGCONSTRCT-191120-2|2020-10-21
ZDB-ALT-150504-6|bc5Tg||||Transgenic Insertion|embryos treated with DNA||Lopez-Schier Lab|ZDB-LAB-061020-1|Unmapped|Tg(pou4f3:ctbp2l-mKOFP)|ZDB-TGCONSTRCT-150504-8|2020-10-21
ZDB-ALT-200512-1|bcm100Tg||||Transgenic Insertion|||Wythe Lab|ZDB-LAB-131010-1|Unmapped|||2020-10-21
ZDB-ALT-200415-4|bcn1||||Small Deletion|embryos treated with TALEN1-hepacama||Barrallo Gimeno Lab|ZDB-LAB-170217-1|Chr: 15|||2020-10-21
ZDB-ALT-180530-14|bcz11||||Small Deletion|embryos treated with CRISPR1-foxq1a, CRISPR2-foxq1a, CRISPR3-foxq1a||Shiau Lab|ZDB-LAB-150914-3|Chr: 2|||2020-10-21
ZDB-ALT-180530-15|bcz18||||Indel|embryos treated with CRISPR1-foxq1b, CRISPR2-foxq1b, CRISPR3-foxq1b||Shiau Lab|ZDB-LAB-150914-3|Chr: 20|||2020-10-21
ZDB-ALT-120515-3|bcz1Tg|||Tg(lmo1-E1b:EGFP)bcz1|Transgenic Insertion|embryos treated with DNA||Chuang Lab|ZDB-LAB-101015-1|Unmapped|Tg(lmo1-E1B:EGFP)|ZDB-TGCONSTRCT-120515-2|2020-10-21
ZDB-ALT-120515-4|bcz2Tg|||Tg(lmo1-E1b:EGFP)bcz2|Transgenic Insertion|embryos treated with DNA||Chuang Lab|ZDB-LAB-101015-1|Unmapped|Tg(lmo1-E1B:EGFP)|ZDB-TGCONSTRCT-120515-2|2020-10-21
ZDB-ALT-120515-5|bcz3Tg|||Tg(lmo1-E1b:EGFP)bcz3|Transgenic Insertion|embryos treated with DNA||Chuang Lab|ZDB-LAB-101015-1|Unmapped|Tg(lmo1-E1B:EGFP)|ZDB-TGCONSTRCT-120515-2|2020-10-21
ZDB-ALT-120515-6|bcz4Tg|||Tg(lmo1-E1b:EGFP)bcz4|Transgenic Insertion|embryos treated with DNA||Chuang Lab|ZDB-LAB-101015-1|Unmapped|Tg(lmo1-E1B:EGFP)|ZDB-TGCONSTRCT-120515-2|2020-10-21
ZDB-ALT-070228-1|be1324|||Mut.1324|Unknown|ENU ||Izpisúa Belmonte Lab|ZDB-LAB-020725-2|Unmapped|||2020-10-21
ZDB-ALT-110408-1|be1Tg|||Tg(-1myl7:ERT2CreERT2-IRES-mCherry)be1|Transgenic Insertion|embryos treated with DNA||Izpisúa Belmonte Lab|ZDB-LAB-020725-2|Unmapped|Tg(-1myl7:ERT2-Cre-ERT2-IRES-mCherry)|ZDB-TGCONSTRCT-110408-1|2020-10-21
ZDB-ALT-110408-2|be2Tg|||Tg(-1myl7:loxP-STOP-loxP-EGFP)be2|Transgenic Insertion|embryos treated with DNA||Izpisúa Belmonte Lab|ZDB-LAB-020725-2|Unmapped|Tg(-1myl7:LOXP-STOP-LOXP-EGFP)|ZDB-TGCONSTRCT-110408-2|2020-10-21
ZDB-ALT-120608-1|be3Tg|||Tg(kdrl:copGFP)be3|Transgenic Insertion|embryos treated with DNA||Izpisúa Belmonte Lab|ZDB-LAB-020725-2|Unmapped|Tg(kdrl:copGFP)|ZDB-TGCONSTRCT-120608-2|2020-10-21
ZDB-ALT-120608-2|be4Tg|||Tg(myl7:copGFP)be4|Transgenic Insertion|embryos treated with DNA||Izpisúa Belmonte Lab|ZDB-LAB-020725-2|Unmapped|Tg(myl7:copGFP)|ZDB-TGCONSTRCT-120608-1|2020-10-21
ZDB-ALT-121008-3|be5Tg|||Tg(myl7:LOXP-RFP-LOXP-Mmu.dnMapk14)be5|Transgenic Insertion|embryos treated with DNA||Izpisúa Belmonte Lab|ZDB-LAB-020725-2|Unmapped|Tg(myl7:LOXP-RFP-LOXP-Mmu.dnMapk14)|ZDB-TGCONSTRCT-121008-2|2020-10-21
ZDB-ALT-121008-4|be6Tg|||Tg(myl7:LOXP-RFP-LOXP-Hsa.MAP2K6)be6|Transgenic Insertion|embryos treated with DNA||Izpisúa Belmonte Lab|ZDB-LAB-020725-2|Unmapped|Tg(myl7:LOXP-RFP-LOXP-Hsa.MAP2K6)|ZDB-TGCONSTRCT-121008-3|2020-10-21
ZDB-ALT-140214-1|be7Tg|||Tg(myl7:LOXP-RFP-LOXP,dnhif1ab)be7|Transgenic Insertion|embryos treated with DNA||Izpisúa Belmonte Lab|ZDB-LAB-020725-2|Unmapped|Tg(myl7:LOXP-RFP-LOXP,dnhif1ab)|ZDB-TGCONSTRCT-140214-1|2020-10-21
ZDB-ALT-140214-2|be8Tg|||Tg(myl7:ERT2-CreERT2)be8|Transgenic Insertion|embryos treated with DNA||Izpisúa Belmonte Lab|ZDB-LAB-020725-2|Unmapped|Tg(myl7:ERT2-Cre-ERT2)|ZDB-TGCONSTRCT-140214-2|2020-10-21
ZDB-ALT-190823-2|bgu1|||map11-KO line, Z14|Indel|embryos treated with CRISPR1-trappc14, CRISPR2-trappc14|The 34 nucleotide insertion and 2 nucleotide deletion is predicted to result in a frameshift and a premature stop codon at position 308.|Birnbaum Lab|ZDB-LAB-190820-1|Chr: 7|||2020-10-21
ZDB-ALT-190823-3|bgu2|||map11-delta21, Z17|Indel|embryos treated with CRISPR1-trappc14, CRISPR2-trappc14|The 22 nucleotide insertion followed by a single nucleotide deletion is predicted to cause an in-frame seven amino acid insertion mutation.|Birnbaum Lab|ZDB-LAB-190820-1|Chr: 7|||2020-10-21
ZDB-ALT-110722-28|bi100Tg|||Tg(5Hsa.PAX6-gata2a:EGFP)bi100|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg5(Hsa.PAX6-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-25|2020-10-21
ZDB-ALT-110722-29|bi101Tg|||Tg(6Hsa.PAX6-gata2a:EGFP)bi101|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg6(Hsa.PAX6-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-26|2020-10-21
ZDB-ALT-110722-31|bi102Tg|||Tg(4pax6a-gata2a:EGFP)bi102|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg4(pax6a-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-27|2020-10-21
ZDB-ALT-110722-32|bi103Tg|||Tg(4pax6b-gata2a:EGFP)bi103|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(pax6b-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-28|2020-10-21
ZDB-ALT-110722-33|bi104Tg|||Tg(7Hsa.PAX6-gata2a:EGFP)bi104|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg7(Hsa.PAX6-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-29|2020-10-21
ZDB-ALT-120124-1|bi105Tg|||TgIXtr.Hhex-gata2a:EGFP)bi105, Tg(Xtr.Hhex-gata2a:EGFP)bi105|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(Xtr.Hhex-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-1|2020-10-21
ZDB-ALT-120124-2|bi106Tg|||Tg(Hsa.SOX4-gata2a:EGFP)bi106|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(Hsa.SOX4-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-2|2020-10-21
ZDB-ALT-120124-3|bi107Tg|||Tg(Hsa.IRX3.1-gata2a:EGFP)bi107|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg1(Hsa.IRX3-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-3|2020-10-21
ZDB-ALT-120124-4|bi108Tg|||Tg(Hsa.IRX3.2-gata2a:EGFP)bi108|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(Hsa.IRX3-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-4|2020-10-21
ZDB-ALT-120124-5|bi109Tg|||Tg(Hsa.IRX3.3-gata2a:EGFP)bi109|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg3(Hsa.IRX3-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-5|2020-10-21
ZDB-ALT-110131-10|bi10Tg|||Tg(fgf8a.10:GFP)bi10|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg10(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-10|2020-10-21
ZDB-ALT-120124-6|bi110Tg|||Tg(Hsa.IRX3.4-gata2a:EGFP)bi110|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg4(Hsa.IRX3-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-6|2020-10-21
ZDB-ALT-120124-7|bi111Tg|||STX-1X-1-A, Tg(Eca.Stx17.1-gata2a:EGFP)bi111|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg1(Eca.Stx17-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-7|2020-10-21
ZDB-ALT-120124-8|bi112Tg|||STX17-1X-2-B, Tg(Eca.Stx17.1-gata2a:EGFP)bi112|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(Eca.Stx17-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-8|2020-10-21
ZDB-ALT-120124-9|bi113Tg|||STX17-1X-3-A, Tg(Eca.Stx17.1-gata2a:EGFP)bi113|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg1(Eca.Stx17-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-7|2020-10-21
ZDB-ALT-120124-10|bi114Tg|||STX17-1X-4-A, Tg(Eca.Stx17.1-gata2a:EGFP)bi114|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg1(Eca.Stx17-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-7|2020-10-21
ZDB-ALT-120124-11|bi115Tg|||STX17-DUP-2-A, Tg(Eca.Stx17.2-gata2a:EGFP)bi115|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(Eca.Stx17-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-8|2020-10-21
ZDB-ALT-120124-12|bi116Tg|||STX17-DUP-3-A, Tg(Eca.Stx17.2-gata2a:EGFP)bi116|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(Eca.Stx17-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-8|2020-10-21
ZDB-ALT-120124-13|bi117Tg|||STX17-DUP-4-A, Tg(Eca.Stx17.2-gata2a:EGFP)bi117|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(Eca.Stx17-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-8|2020-10-21
ZDB-ALT-120124-14|bi118Tg|||STX17-DUP-4-B, Tg(Eca.Stx17.2-gata2a:EGFP)bi118|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(Eca.Stx17-gata2a:EGFP)|ZDB-TGCONSTRCT-120124-8|2020-10-21
ZDB-ALT-120626-1|bi119Tg|||Tg(1mir9-2-gata2a:EGFP)bi119|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(mir9-2-gata2a:EGFP)|ZDB-TGCONSTRCT-120626-1|2020-10-21
ZDB-ALT-110131-11|bi11Tg|||Tg(fgf8a.11:GFP)bi11|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg11(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-11|2020-10-21
ZDB-ALT-130725-1|bi120Tg|||Tg(Hsa.ARX-gata2a:EGFP)bi120|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(Hsa.ARX-gata2a:EGFP)|ZDB-TGCONSTRCT-130724-2|2020-10-21
ZDB-ALT-160824-1|bi121Tg||||Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(actb2:mCherry-10xbsmir137)|ZDB-TGCONSTRCT-160824-1|2020-10-21
ZDB-ALT-160824-2|bi122Tg||||Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(11xUAS:YFP-Hsa.MIR137,myl7:mCherry)|ZDB-TGCONSTRCT-160824-5|2020-10-21
ZDB-ALT-160912-1|bi123Tg||||Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(Hsa.SLIT3-hs1:GFP)|ZDB-TGCONSTRCT-160912-3|2020-10-21
ZDB-ALT-160912-2|bi124Tg||||Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(Hsa.SLIT3-hs2:GFP)|ZDB-TGCONSTRCT-160912-2|2020-10-21
ZDB-ALT-160912-3|bi125Tg||||Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(Hsa.SLIT2-hs1:GFP)|ZDB-TGCONSTRCT-160912-4|2020-10-21
ZDB-ALT-161004-3|bi126Tg||||Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(slit3:GFP)|ZDB-TGCONSTRCT-161004-4|2020-10-21
ZDB-ALT-161004-4|bi127Tg||||Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(slit3:GFP)|ZDB-TGCONSTRCT-161004-5|2020-10-21
ZDB-ALT-161116-2|bi128Tg|||SEN:GFP|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Et2(gata2a:EGFP)|ZDB-ETCONSTRCT-161116-2|2020-10-21
ZDB-ALT-161116-3|bi129Tg||||Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg6(elavl3:GAL4-VP16)|ZDB-TGCONSTRCT-161116-2|2020-10-21
ZDB-ALT-110131-12|bi12Tg|||Tg(fgf8a.12:GFP)bi12|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg12(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-12|2020-10-21
ZDB-ALT-110131-13|bi13Tg|||Tg(fgf8a.13:GFP)bi13|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg13(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-13|2020-10-21
ZDB-ALT-110131-14|bi14Tg|||Tg(fgf8a.14:GFP)bi14|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg14(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-14|2020-10-21
ZDB-ALT-110131-15|bi15Tg|||Tg(fgf8a.15:GFP)bi15|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg15(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-15|2020-10-21
ZDB-ALT-110131-16|bi16Tg|||Tg(fgf8a.16:GFP)bi16|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg16(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-16|2020-10-21
ZDB-ALT-110131-17|bi17Tg|||Tg(fgf8a.17:GFP)bi17|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg17(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-17|2020-10-21
ZDB-ALT-110131-18|bi18Tg|||Tg(fgf8a.18:GFP)bi18|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg18(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-18|2020-10-21
ZDB-ALT-110131-19|bi19Tg|||Tg(fgf8a.19:GFP)bi19|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg19(Hsa.FGF8:GFP)|ZDB-TGCONSTRCT-110131-19|2020-10-21
ZDB-ALT-110131-1|bi1Tg|||Tg(fgf8a.1:GFP)bi1|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg1(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-1|2020-10-21
ZDB-ALT-110131-21|bi20Tg|||Tg(fgf8a.20:GFP)bi20|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg20(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-21|2020-10-21
ZDB-ALT-110131-22|bi21Tg|||Tg(fgf8a.21:GFP)bi21|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg21(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-22|2020-10-21
ZDB-ALT-110131-23|bi22Tg|||Tg(fgf8a.22:GFP)bi22|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg22(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-23|2020-10-21
ZDB-ALT-110127-8|bi23Tg|||hs 0, Tg(0Hsa.SOX11-gata2a:GFP)bi23|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(H0Hsa.SOX11-gata2a:GFP)|ZDB-TGCONSTRCT-110127-6|2020-10-21
ZDB-ALT-110127-9|bi24Tg|||hs 2, Tg(2Hsa.SOX11-gata2a:GFP)bi24|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(H2Hsa.SOX11-gata2a:GFP)|ZDB-TGCONSTRCT-110127-7|2020-10-21
ZDB-ALT-110127-10|bi25Tg|||dr B2, Tg(2sox11b-gata2a:GFP)bi25|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(B2sox11b-gata2a:GFP)|ZDB-TGCONSTRCT-110127-8|2020-10-21
ZDB-ALT-110127-11|bi26Tg|||hs 3, Tg(3Hsa.SOX11-gata2a:GFP)bi26|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(H3Hsa.SOX11-gata2a:GFP)|ZDB-TGCONSTRCT-110127-9|2020-10-21
ZDB-ALT-110127-12|bi27Tg|||dr A3, Tg(3sox11a-gata2a:GFP)bi27|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(A3sox11a-gata2a:GFP)|ZDB-TGCONSTRCT-110127-10|2020-10-21
ZDB-ALT-110127-13|bi28Tg|||hs 5, Tg(5Hsa.SOX11-gata2a:GFP)bi28|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(H5Hsa.SOX11-gata2a:GFP)|ZDB-TGCONSTRCT-110127-11|2020-10-21
ZDB-ALT-110127-14|bi29Tg|||dr A5, Tg(5sox11a-gata2a:GFP)bi29|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(A5sox11a-gata2a:GFP)|ZDB-TGCONSTRCT-110127-12|2020-10-21
ZDB-ALT-110131-2|bi2Tg|||Tg(fgf8a.2:GFP)bi2|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-2|2020-10-21
ZDB-ALT-110127-15|bi30Tg|||dr B5, Tg(5sox11b-gata2a:GFP)bi30|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(B5sox11b-gata2a:GFP)|ZDB-TGCONSTRCT-110127-13|2020-10-21
ZDB-ALT-110127-16|bi31Tg|||hs 6, Tg(6Hsa.SOX11-gata2a:GFP)bi31|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(H6Hsa.SOX11-gata2a:GFP)|ZDB-TGCONSTRCT-110127-14|2020-10-21
ZDB-ALT-110127-17|bi32Tg|||dr A6, Tg(6sox11a-gata2a:GFPbi32|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(A6sox11a-gata2a:GFP)|ZDB-TGCONSTRCT-110127-15|2020-10-21
ZDB-ALT-110127-18|bi33Tg|||dr B6, Tg(6sox11b-gata2a:GFP)bi33|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(B6sox11b-gata2a:GFP)|ZDB-TGCONSTRCT-110127-16|2020-10-21
ZDB-ALT-110127-19|bi34Tg|||hs 7, Tg(7Hsa.SOX11-gata2a:GFP)bi34|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(H7Hsa.SOX11-gata2a:GFP)|ZDB-TGCONSTRCT-110127-17|2020-10-21
ZDB-ALT-110127-20|bi35Tg|||dr A7, Tg(7sox11a-gata2a:GFP)bi35|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(A7sox11a-gata2a:GFP)|ZDB-TGCONSTRCT-110127-18|2020-10-21
ZDB-ALT-110201-11|bi36Tg|||1a, Tg(hoxb3a:GFP)bi36|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(hoxb3a:GFP)|ZDB-TGCONSTRCT-110201-11|2020-10-21
ZDB-ALT-110201-12|bi37Tg|||2a, Tg(hoxb3a:GFP)bi37|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(hoxb3a:GFP)|ZDB-TGCONSTRCT-110201-11|2020-10-21
ZDB-ALT-110201-13|bi38Tg|||8a, Tg(hoxb3a:GFP)bi38|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(hoxb3a:GFP)|ZDB-TGCONSTRCT-110201-11|2020-10-21
ZDB-ALT-110201-14|bi39Tg|||9a, Tg(hoxb3a:GFP)bi39|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(hoxb3a:GFP)|ZDB-TGCONSTRCT-110201-11|2020-10-21
ZDB-ALT-110131-3|bi3Tg|||Tg(fgf8a.3:GFP)bi3|Transgenic Insertion|embryos treated with DNA||Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg3(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-3|2020-10-21
ZDB-ALT-110201-15|bi40Tg|||Tg(-5.7hoxa4a:GFP)bi40|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-5.7hoxa4a:GFP)|ZDB-TGCONSTRCT-110201-12|2020-10-21
ZDB-ALT-110201-16|bi41Tg|||Tg(-4.3hoxa4a:GFP)bi41|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-4.3hoxa4a:GFP)|ZDB-TGCONSTRCT-110201-13|2020-10-21
ZDB-ALT-110201-17|bi42Tg|||Tg(-3.7hoxa4a:GFP)bi42|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-3.7hoxa4a:GFP)|ZDB-TGCONSTRCT-110201-15|2020-10-21
ZDB-ALT-110201-18|bi43Tg|||Tg(-1.7hoxa4a:GFP)bi43|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-1.7hoxa4a:GFP)|ZDB-TGCONSTRCT-110201-16|2020-10-21
ZDB-ALT-110201-19|bi44Tg|||Tg(hoxa4a:GFP)bi44|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(hoxa4a:GFP)|ZDB-TGCONSTRCT-110201-17|2020-10-21
ZDB-ALT-110201-20|bi45Tg|||Tg(-11.3hoxb4a:GFP)bi45|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-11.3hoxb4a:GFP)|ZDB-TGCONSTRCT-110201-18|2020-10-21
ZDB-ALT-110201-21|bi46Tg|||Tg(-8.7hoxb4a:GFP)bi46|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-8.7hoxb4a:GFP)|ZDB-TGCONSTRCT-110201-19|2020-10-21
ZDB-ALT-110201-22|bi47Tg|||Tg(-7.7hoxb4a:GFP)bi47|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-7.7hoxb4a:GFP)|ZDB-TGCONSTRCT-110201-20|2020-10-21
ZDB-ALT-110201-23|bi48Tg|||Tg(-7.3hoxb4a:GFP)bi48|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-7.3hoxb4a:GFP)|ZDB-TGCONSTRCT-110201-21|2020-10-21
ZDB-ALT-110201-24|bi49Tg|||Tg(-4.5hoxb4a:GFP)bi49|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-4.5hoxb4a:GFP)|ZDB-TGCONSTRCT-110201-22|2020-10-21
ZDB-ALT-110131-4|bi4Tg|||Tg(fgf8a.4:GFP)bi4|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg4(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-4|2020-10-21
ZDB-ALT-110201-25|bi50Tg|||Tg(-1.2hoxb4a:GFP)bi50|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-1.2hoxb4a:GFP)|ZDB-TGCONSTRCT-110201-23|2020-10-21
ZDB-ALT-110201-26|bi51Tg|||Tg(hoxb4a:GFP)bi51|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(hoxb4a:GFP)|ZDB-TGCONSTRCT-110201-24|2020-10-21
ZDB-ALT-110201-27|bi52Tg|||Tg(1.9hoxb4a:GFP)bi52|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(1.9hoxb4a:GFP)|ZDB-TGCONSTRCT-110201-25|2020-10-21
ZDB-ALT-110201-28|bi53Tg|||Tg(3.2hoxb4a:GFP)bi53|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(3.2hoxb4a:GFP)|ZDB-TGCONSTRCT-110201-26|2020-10-21
ZDB-ALT-110201-29|bi54Tg|||Tg(-8.7hoxc4a:GFP)bi54|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-8.7hoxc4a:GFP)|ZDB-TGCONSTRCT-110201-27|2020-10-21
ZDB-ALT-110201-30|bi55Tg|||Tg(-2.6hoxc4a:GFP)bi55|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-2.6hoxc4a:GFP)|ZDB-TGCONSTRCT-110201-28|2020-10-21
ZDB-ALT-110201-31|bi56Tg|||Tg(hoxc4a:GFP)bi56|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(hoxc4a:GFP)|ZDB-TGCONSTRCT-110201-29|2020-10-21
ZDB-ALT-110201-32|bi57Tg|||Tg(3.5hoxc4a:GFP)bi57|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(3.5hoxc4a:GFP)|ZDB-TGCONSTRCT-110201-30|2020-10-21
ZDB-ALT-110201-33|bi58Tg|||Tg(-12.2hoxd4a:GFP)bi58|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-12.2hoxd4a:GFP)|ZDB-TGCONSTRCT-110201-31|2020-10-21
ZDB-ALT-110202-1|bi59Tg|||Tg(-10.1hoxd4a:GFP)bi59|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-10.1hoxd4a:GFP)|ZDB-TGCONSTRCT-110202-1|2020-10-21
ZDB-ALT-110131-5|bi5Tg|||Tg(fgf8a.5:GFP)bi5|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg5(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-5|2020-10-21
ZDB-ALT-110202-2|bi60Tg|||Tg(-8.3hoxd4a:GFP)bi60|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-8.3hoxd4a:GFP)|ZDB-TGCONSTRCT-110202-2|2020-10-21
ZDB-ALT-110202-3|bi61Tg|||Tg(-4.5hoxd4a:GFP)bi61|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-4.5hoxd4a:GFP)|ZDB-TGCONSTRCT-110202-3|2020-10-21
ZDB-ALT-110202-4|bi62Tg|||Tg(-2.8hoxd4a:GFP)bi62|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-2.8hoxd4a:GFP)|ZDB-TGCONSTRCT-110202-4|2020-10-21
ZDB-ALT-110202-5|bi63Tg|||Tg(-2.3hoxd4a:GFP)bi63|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-2.3hoxd4a:GFP)|ZDB-TGCONSTRCT-110202-5|2020-10-21
ZDB-ALT-110202-6|bi64Tg|||Tg(-1.7hoxd4a:GFP)bi64|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(-1.7hoxd4a:GFP)|ZDB-TGCONSTRCT-110202-7|2020-10-21
ZDB-ALT-110202-7|bi65Tg|||Tg(hoxd4a:GFP)bi65|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(hoxd4a:GFP)|ZDB-TGCONSTRCT-110202-8|2020-10-21
ZDB-ALT-110202-8|bi66Tg|||Tg(1.1hoxd4a:GFP)bi66|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(1.1hoxd4a:GFP)|ZDB-TGCONSTRCT-110202-9|2020-10-21
ZDB-ALT-110202-9|bi67Tg|||Tg(5.6hoxd4a:GFP)bi67|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(5.6hoxd4a:GFP)|ZDB-TGCONSTRCT-110202-10|2020-10-21
ZDB-ALT-110202-10|bi68Tg|||Tg(6.3hoxd4a:GFP)bi68|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(6.3hoxd4a:GFP)|ZDB-TGCONSTRCT-110202-11|2020-10-21
ZDB-ALT-110202-11|bi69Tg|||Tg(7.7hoxd4a:GFP)bi69|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(7.7hoxd4a:GFP)|ZDB-TGCONSTRCT-110202-12|2020-10-21
ZDB-ALT-110131-6|bi6Tg|||Tg(fgf8a.6:GFP)bi6|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg6(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-6|2020-10-21
ZDB-ALT-110202-12|bi70Tg|||Tg(Bfl.Hox4.1:GFP)bi70|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg1(Bfl.Hox4:GFP)|ZDB-TGCONSTRCT-110202-13|2020-10-21
ZDB-ALT-110202-13|bi71Tg|||Tg(Bfl.Hox4.2:GFP)bi71|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(Bfl.Hox4:GFP)|ZDB-TGCONSTRCT-110202-15|2020-10-21
ZDB-ALT-110202-14|bi72Tg|||Tg(Bfl.Hox4.3:GFP)bi72|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg3(Bfl.Hox4:GFP)|ZDB-TGCONSTRCT-110202-16|2020-10-21
ZDB-ALT-110202-15|bi73Tg|||Tg(Hsa.PAX6-gata2a:GFP)bi73|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(Hsa.PAX6-gata2a:GFP)|ZDB-TGCONSTRCT-110202-17|2020-10-21
ZDB-ALT-110722-5|bi77Tg|||Tg(1Hsa.SOX3-gata2a:EGFP)bi77|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg1(Hsa.SOX3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-2|2020-10-21
ZDB-ALT-110722-6|bi78Tg|||Tg(1sox3-gata2a:EGFP)bi78|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg1(sox3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-3|2020-10-21
ZDB-ALT-110722-7|bi79Tg|||Tg(2Hsa.SOX3-gata2a:EGFP)bi79|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(Hsa.SOX3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-4|2020-10-21
ZDB-ALT-110131-7|bi7Tg|||Tg(fgf8a.7:GFP)bi7|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg7(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-7|2020-10-21
ZDB-ALT-110722-8|bi80Tg|||Tg(2sox3-gata2a:EGFP)bi80|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(sox3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-5|2020-10-21
ZDB-ALT-110722-9|bi81Tg|||Tg(3Hsa.SOX3-gata2a:EGFP)bi81|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg3(Hsa.SOX3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-6|2020-10-21
ZDB-ALT-110722-10|bi82Tg|||Tg(3sox3-gata2a:EGFP)bi82|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg3(sox3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-7|2020-10-21
ZDB-ALT-110722-11|bi83Tg|||Tg(4Hsa.SOX3-gata2a:EGFP)bi83|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg4(Hsa.SOX3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-8|2020-10-21
ZDB-ALT-110722-12|bi84Tg|||Tg(4sox3-gata2a:EGFP)bi84|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg4(sox3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-9|2020-10-21
ZDB-ALT-110722-13|bi85Tg|||Tg(5Hsa.SOX3-gata2a:EGFP)bi85|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg5(Hsa.SOX3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-10|2020-10-21
ZDB-ALT-110722-14|bi86Tg|||Tg(5sox3-gata2a:EGFP)bi86|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg5(sox3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-11|2020-10-21
ZDB-ALT-110722-15|bi87Tg|||Tg(6Hsa.SOX3-gata2a:EGFP)bi87|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg6(Hsa.SOX3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-12|2020-10-21
ZDB-ALT-110722-16|bi88Tg|||Tg(6sox3-gata2a:EGFP)bi88|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg6(sox3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-13|2020-10-21
ZDB-ALT-110722-17|bi89Tg|||Tg(7Hsa.SOX3-gata2a:EGFP)bi89|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg7(Hsa.SOX3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-14|2020-10-21
ZDB-ALT-110131-8|bi8Tg|||Tg(fgf8a.8:GFP)bi8|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg8(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-8|2020-10-21
ZDB-ALT-110722-18|bi90Tg|||Tg(7sox3-gata2a:EGFP)bi90|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg7(sox3-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-15|2020-10-21
ZDB-ALT-110722-19|bi91Tg|||Tg(8Hsa.SOX3-Hsa.ATP11C:EGFP)bi91|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(Hsa.SOX3-Hsa.ATP11C:EGFP)|ZDB-TGCONSTRCT-110722-16|2020-10-21
ZDB-ALT-110722-20|bi92Tg|||Tg(8Hsa.SOX3-atp11c:EGFP)bi92|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg(Hsa.SOX3-atp11c:EGFP)|ZDB-TGCONSTRCT-110722-17|2020-10-21
ZDB-ALT-110722-21|bi93Tg|||Tg(1pax6a-gata2a:EGFP)bi93|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg1(pax6a-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-18|2020-10-21
ZDB-ALT-110722-22|bi94Tg|||Tg(1Hsa.PAX6-gata2a:EGFP)bi94|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg1(Hsa.PAX6-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-19|2020-10-21
ZDB-ALT-110722-23|bi95Tg|||Tg(2pax6a-gata2a:EGFP)bi95|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(pax6a-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-20|2020-10-21
ZDB-ALT-110722-24|bi96Tg|||Tg(2Hsa.PAX6-gata2a:EGFP)bi96|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg2(Hsa.PAX6-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-21|2020-10-21
ZDB-ALT-110722-25|bi97Tg|||Tg(3Hsa.PAX6-gata2a:EGFP)bi97|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg3(Hsa.PAX6-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-22|2020-10-21
ZDB-ALT-110722-26|bi98Tg|||Tg(3pax6a-gata2a:EGFP)bi98|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg3(pax6a-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-23|2020-10-21
ZDB-ALT-110722-27|bi99Tg|||Tg(4Hsa.PAX6-gata2a:EGFP)bi99|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg4(Hsa.PAX6-gata2a:EGFP)|ZDB-TGCONSTRCT-110722-24|2020-10-21
ZDB-ALT-110131-9|bi9Tg|||Tg(fgf8a.9:GFP)bi9|Transgenic Insertion|embryos treated with DNA|This line was not maintained. Only the construct is available.|Becker Lab|ZDB-LAB-990719-1|Unmapped|Tg9(fgf8a:GFP)|ZDB-TGCONSTRCT-110131-9|2020-10-21
ZDB-ALT-121009-1|biu01Tg|||Tg(hcrt:Eco.NfsB-EGFP)biu01|Transgenic Insertion|embryos treated with DNA||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg(hcrt:NTR-EGFP)|ZDB-TGCONSTRCT-121009-1|2020-10-21
ZDB-ALT-170109-3|biu10Tg||||Transgenic Insertion|embryos treated with DNA||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg(fli1:slc16a2-EGFP)|ZDB-TGCONSTRCT-170109-3|2020-10-21
ZDB-ALT-180417-2|biu11Tg||||Transgenic Insertion|embryos treated with DNA||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg(UAS:gphnb-EGFP)|ZDB-TGCONSTRCT-180417-2|2020-10-21
ZDB-ALT-180417-3|biu12Tg||||Transgenic Insertion|embryos treated with DNA||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg(hcrt:gphnb-EGFP)|ZDB-TGCONSTRCT-180417-3|2020-10-21
ZDB-ALT-190730-1|biu13Tg||||Transgenic Insertion|embryos treated with DNA||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg(UAS:NLS-EGFP-terfa)|ZDB-TGCONSTRCT-190730-2|2020-10-21
ZDB-ALT-190730-2|biu14Tg||||Transgenic Insertion|embryos treated with DNA||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg(UAS:RCaMP1b)|ZDB-TGCONSTRCT-190730-3|2020-10-21
ZDB-ALT-200413-1|biu15Tg||||Transgenic Insertion|embryos treated with DNA||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg2(her4.1:mCherry)|ZDB-TGCONSTRCT-200413-1|2020-10-21
ZDB-ALT-200413-2|biu16||||Indel|embryos treated with CRISPR1-slco1c1, CRISPR2-slco1c1||Appelbaum Lab|ZDB-LAB-111129-1|Chr: 4|||2020-10-21
ZDB-ALT-130325-1|biu1Tg|||Tg(UAS.2:EGFP)biu1|Transgenic Insertion|embryos treated with DNA||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg3(UAS:EGFP)|ZDB-TGCONSTRCT-130325-1|2020-10-21
ZDB-ALT-130410-1|biu2Tg|||Tg(mct8:EGFP), Tg(slc16a2:EGFP)biu2|Transgenic Insertion|DNA ||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg(slc16a2:EGFP)|ZDB-TGCONSTRCT-130409-4|2020-10-21
ZDB-ALT-130410-2|biu3Tg|||Tg(mct8:GAL4), Tg(slc16a2:Gal4-VP16)biu3|Transgenic Insertion|DNA ||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg(slc16a2:GAL4-VP16)|ZDB-TGCONSTRCT-130409-8|2020-10-21
ZDB-ALT-150122-1|biu4||||Small Deletion|embryos treated with zinc finger nuclease|Zada et al (2014) : 7 bp deletion mutation in exon 1 of mct8, resulting in a frame shift and the incorporation of premature termination codon at amino acid 97, which led to a truncated protein.|Appelbaum Lab|ZDB-LAB-111129-1|Chr: 14|||2020-10-21
ZDB-ALT-150115-1|biu5Tg||||Transgenic Insertion|embryos treated with DNA||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg(UAS:sypb-EGFP)|ZDB-TGCONSTRCT-150112-1|2020-10-21
ZDB-ALT-150610-4|biu6||||Insertion|embryos treated with TALEN1-nptx2a|biu6 is a nonsense mutation in exon 1 of nptx2a (insertion of thymidine at position 221), which resulted in a premature stop codon at position 336 and a truncated protein. Homozygous fish are viable and fertile.|Appelbaum Lab|ZDB-LAB-111129-1|Chr: 3|||2020-10-21
ZDB-ALT-150601-3|biu7Tg||||Transgenic Insertion|embryos treated with DNA||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg(hcrt:GAL4)|ZDB-TGCONSTRCT-150601-3|2020-10-21
ZDB-ALT-160421-2|biu8||||Small Deletion|embryos treated with CRISPR1-kcnh4a|biu8 has a 14 bp deletion in exon 5 of kcnh4a, which encodes part of the pore domain. The  deletion introduced a premature stop codon and is predicted to result in truncated protein.|Appelbaum Lab|ZDB-LAB-111129-1|Chr: 3|||2020-10-21
ZDB-ALT-170109-2|biu9Tg||||Transgenic Insertion|embryos treated with DNA||Appelbaum Lab|ZDB-LAB-111129-1|Unmapped|Tg2(UAS:TagRFP)|ZDB-TGCONSTRCT-170109-2|2020-10-21
ZDB-ALT-110502-2|bk100Tg|||Tg(UAS-Xla.Eef1a:Rno.Grik2-Ssp.Slr1257-GFP)bk100|Transgenic Insertion|embryos treated with DNA||Isacoff Lab|ZDB-LAB-110302-1|Unmapped|Tg(UAS-Xla.Eef1a1:Rno.Grik2-Spc.Slr1257-GFP)|ZDB-TGCONSTRCT-110217-5|2020-10-21
ZDB-ALT-130805-1|bk102Tg|||Tg(10xUAS:Rno.Grm2_L300C,cryaa:Cerulean)bk102|Transgenic Insertion|embryos treated with DNA||Isacoff Lab|ZDB-LAB-110302-1|Unmapped|Tg(10xUAS:Rno.Grm2_L300C,cryaa:Cerulean)|ZDB-TGCONSTRCT-130805-1|2020-10-21
ZDB-ALT-100609-1|bk14Tg|||Tg(-1.2dld:dld-mcherry)bk14, Tg(-1.2dld:dld-mcherry)zf191, zf191|Transgenic Insertion|embryos treated with DNA||Amacher Lab|ZDB-LAB-001018-2|Unmapped|Tg(-1.2dld:dld-mCherry)|ZDB-TGCONSTRCT-100609-1|2020-10-21
ZDB-ALT-130104-3|bk15Tg|||Tg(her1:her1-Venus)bk15|Transgenic Insertion|embryos treated with DNA||Amacher Lab|ZDB-LAB-001018-2|Unmapped|Tg(her1:her1-Venus)|ZDB-TGCONSTRCT-130104-1|2020-10-21
ZDB-ALT-140808-3|bk201Tg||||Transgenic Insertion|embryos treated with DNA||Ngai Lab|ZDB-LAB-000515-1|Unmapped|Tg(ompb:GAL4)|ZDB-TGCONSTRCT-140808-3|2020-10-21
ZDB-ALT-140924-2|bk301Tg||||Transgenic Insertion|embryos treated with DNA||Richard H. Kramer Lab|ZDB-LAB-140919-1|Unmapped|Tg(-3.2gnat2:cacna2d4a-pHGFP,myl7:EGFP)|ZDB-TGCONSTRCT-190812-6|2020-10-21
ZDB-ALT-140924-3|bk302Tg||||Transgenic Insertion|embryos treated with DNA||Richard H. Kramer Lab|ZDB-LAB-140919-1|Unmapped|Tg(gja9a:Cas.Fanac-2A-mCherry,myl7:EGFP)|ZDB-TGCONSTRCT-190812-7|2020-10-21
ZDB-ALT-181031-2|bk303Tg||||Transgenic Insertion|embryos treated with DNA||Richard H. Kramer Lab|ZDB-LAB-140919-1|Unmapped|Tg(gja9a:Rno.Ampa-pHGFP,myl7:EGFP)|ZDB-TGCONSTRCT-190812-8|2020-10-21
ZDB-ALT-181031-3|bk304Tg||||Transgenic Insertion|embryos treated with DNA||Richard H. Kramer Lab|ZDB-LAB-140919-1|Unmapped|Tg(gja9a:Hsa.CHRNA7_L141F_Y115F-Hsa.GLRA1,myl7:EGFP)|ZDB-TGCONSTRCT-190813-3|2020-10-21
ZDB-ALT-151028-7|bk401Tg||||Transgenic Insertion|embryos treated with DNA||Craig Miller Lab|ZDB-LAB-150817-1|Unmapped|Tg(Gac.Bmp6-hsp70l:EGFP)|ZDB-TGCONSTRCT-151028-15|2020-10-21
ZDB-ALT-151028-8|bk402Tg||||Transgenic Insertion|embryos treated with DNA||Craig Miller Lab|ZDB-LAB-150817-1|Unmapped|Tg2(Gac.Bmp6-hsp70l:EGFP)|ZDB-TGCONSTRCT-151028-16|2020-10-21
ZDB-ALT-151028-9|bk403Tg||||Transgenic Insertion|embryos treated with DNA||Craig Miller Lab|ZDB-LAB-150817-1|Unmapped|Tg3(Gac.Bmp6-hsp70l:EGFP)|ZDB-TGCONSTRCT-151028-17|2020-10-21
ZDB-ALT-151028-10|bk404Tg||||Transgenic Insertion|embryos treated with DNA||Craig Miller Lab|ZDB-LAB-150817-1|Unmapped|Tg4(Gac.Bmp6-hsp70l:EGFP)|ZDB-TGCONSTRCT-151028-18|2020-10-21
ZDB-ALT-151028-11|bk405Tg||||Transgenic Insertion|embryos treated with DNA||Craig Miller Lab|ZDB-LAB-150817-1|Unmapped|Tg(bmp6-hsp70l:EGFP)|ZDB-TGCONSTRCT-151028-13|2020-10-21
ZDB-ALT-151028-12|bk406Tg||||Transgenic Insertion|embryos treated with DNA||Craig Miller Lab|ZDB-LAB-150817-1|Unmapped|Tg(Gmo.Bmp6-hsp70l:EGFP)|ZDB-TGCONSTRCT-151029-5|2020-10-21
ZDB-ALT-151028-13|bk407Tg||||Transgenic Insertion|embryos treated with DNA||Craig Miller Lab|ZDB-LAB-150817-1|Unmapped|Tg(Ola.Bmp6-hsp70l:EGFP)|ZDB-TGCONSTRCT-151028-14|2020-10-21
ZDB-ALT-050209-68|bmp2b_unspecified|||un_bmp2b, unspecified_bmp2b, un_swr|Unspecified|||||Chr: 20|||2020-10-21
ZDB-ALT-160511-1|bns1|||bn1|Small Deletion|embryos treated with TALEN1-vegfaa|10 bp deletion, resulting in frame shift beginning after glutamine Q60 and a premature stop codon following serine S113. Likely represents a null allele.; p.Glu61Metfs*54|Stainier Lab|ZDB-LAB-970417-60|Chr: 16|||2020-10-21
ZDB-ALT-161122-13|bns100Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(hsp70l:dnvegfaa)|ZDB-TGCONSTRCT-161122-1|2020-10-21
ZDB-ALT-170921-15|bns101||||Small Deletion|embryos treated with TALEN1-nrg1|the predicted truncated Nrg1 protein in mutant animals lacks the Ig-like, EGF-like and TM domains.|Stainier Lab|ZDB-LAB-970417-60|Chr: 10|||2020-10-21
ZDB-ALT-180612-4|bns102||||Small Deletion|embryos treated with CRISPR1-ins||Stainier Lab|ZDB-LAB-970417-60|Chr: 5|||2020-10-21
ZDB-ALT-170131-1|bns103Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:EGFP-podxl)|ZDB-TGCONSTRCT-170131-1|2020-10-21
ZDB-ALT-171002-16|bns106Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|TgFOS(asb2b:GFP-asb2b)|ZDB-TGCONSTRCT-171002-7|2020-10-21
ZDB-ALT-171002-15|bns107Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|TgFOS(asb2b:GFP-GAL4FF)|ZDB-TGCONSTRCT-171002-6|2020-10-21
ZDB-ALT-160811-2|bns11||||Small Deletion|embryos treated with TALEN3-klf2a||Stainier Lab|ZDB-LAB-970417-60|Chr: 22|||2020-10-21
ZDB-ALT-170907-2|bns110||||Small Deletion|embryos treated with CRISPR1-cavin1b|The cavin1b bns110 allele contains a 7-nt deletion that creates an early stop codon at aa 155, i.e., before the end of the second coiled-coil domain. This mutation truncates the predicted protein from both cavin1b transcripts and causes decay of the long transcript, but does not eliminate the short transcript.|Stainier Lab|ZDB-LAB-970417-60|Chr: 24|||2020-10-21
ZDB-ALT-160811-3|bns12||||Small Deletion|embryos treated with TALEN1-klf2b||Stainier Lab|ZDB-LAB-970417-60|Chr: 2|||2020-10-21
ZDB-ALT-180920-2|bns135||||Small Deletion|embryos treated with TALEN1-notch1a||Stainier Lab|ZDB-LAB-970417-60|Chr: 21|||2020-10-21
ZDB-ALT-181008-6|bns136Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(fli1:Tomato-2A-hhex)|ZDB-TGCONSTRCT-181008-2|2020-10-21
ZDB-ALT-191212-6|bns13Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|TgBAC(pdx1:EGFP)|ZDB-TGCONSTRCT-191212-4|2020-10-21
ZDB-ALT-170921-16|bns140Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:nrg2a-2A-Tomato)|ZDB-TGCONSTRCT-170921-9|2020-10-21
ZDB-ALT-171002-12|bns141Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:LIFEACT-Tomato)|ZDB-TGCONSTRCT-171002-3|2020-10-21
ZDB-ALT-171002-13|bns142Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:EGFP-tcf3b-2A-Tomato)|ZDB-TGCONSTRCT-171002-4|2020-10-21
ZDB-ALT-171002-14|bns143Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:id2b-2A-Tomato)|ZDB-TGCONSTRCT-171002-5|2020-10-21
ZDB-ALT-171002-17|bns144||||Insertion|embryos treated with CRISPR1-asb2a.1||Stainier Lab|ZDB-LAB-970417-60|Chr: 20|||2020-10-21
ZDB-ALT-180504-5|bns145Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:mstnb-2A-Hsa.HISTH2BJ-EGFP)|ZDB-TGCONSTRCT-180504-4|2020-10-21
ZDB-ALT-180504-4|bns146Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:inhbaa-2A-Hsa.HISTH2BJ-EGFP)|ZDB-TGCONSTRCT-180504-3|2020-10-21
ZDB-ALT-191212-8|bns152Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(ins:LOXP-NTR-mCherry-LOXP-Luciferase)|ZDB-TGCONSTRCT-191212-6|2020-10-21
ZDB-ALT-200519-3|bns157Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|TgBAC(apln:EGFP)|ZDB-TGCONSTRCT-200519-3|2020-10-21
ZDB-ALT-180330-1|bns15Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|TgBAC(meis2b:GAL4FF)|ZDB-TGCONSTRCT-180330-1|2020-10-21
ZDB-ALT-200519-4|bns176||||Indel|embryos treated with CRISPR1-ppargc1a||Stainier Lab|ZDB-LAB-970417-60|Chr: 7|||2020-10-21
ZDB-ALT-191212-7|bns17Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|TgBAC(pdx1:Luciferase)|ZDB-TGCONSTRCT-191212-7|2020-10-21
ZDB-ALT-160602-13|bns18||||Small Deletion|embryos treated with TALEN1-id4|truncation in the bHLH domain of Id4|Stainier Lab|ZDB-LAB-970417-60|Chr: 16|||2020-10-21
ZDB-ALT-190813-4|bns189|||hbegfaΔ7|Small Deletion|embryos treated with CRISPR1-hbegfa||Stainier Lab|ZDB-LAB-970417-60|Chr: 14|||2020-10-21
ZDB-ALT-180608-2|bns19||||Small Deletion|embryos treated with CRISPR3-yap1|p.Ile39Argfs*72|Stainier Lab|ZDB-LAB-970417-60|Chr: 18|||2020-10-21
ZDB-ALT-180327-8|bns193Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:BFP-CAAX)|ZDB-TGCONSTRCT-180327-1|2020-10-21
ZDB-ALT-190604-4|bns197Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(-0.2myl7:tdTomato-podxl)|ZDB-TGCONSTRCT-190604-4|2020-10-21
ZDB-ALT-170921-17|bns199Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(fli1:nrg2a-2A-Tomato)|ZDB-TGCONSTRCT-171113-2|2020-10-21
ZDB-ALT-180824-1|bns2||||Small Deletion|embryos treated with TALEN6-mir126a||Stainier Lab|ZDB-LAB-970417-60|Chr: 8|||2020-10-21
ZDB-ALT-190604-2|bns200Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:klf2a-2A-tdTomato)|ZDB-TGCONSTRCT-190604-2|2020-10-21
ZDB-ALT-190814-5|bns201|||alcama&Delta;10|Small Deletion|embryos treated with TALEN||Stainier Lab|ZDB-LAB-970417-60|Chr: 10|||2020-10-21
ZDB-ALT-190813-5|bns203|||hbegfaΔ3|Small Deletion|embryos treated with CRISPR1-hbegfa||Stainier Lab|ZDB-LAB-970417-60|Chr: 14|||2020-10-21
ZDB-ALT-190712-2|bns206Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(UAS:dnvcla-GFP)|ZDB-TGCONSTRCT-190712-1|2020-10-21
ZDB-ALT-200508-6|bns211Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(ins:MA-Tomato-2A)|ZDB-TGCONSTRCT-200508-8|2020-10-21
ZDB-ALT-180920-1|bns231||||Small Deletion|embryos treated with CRISPR1-epas1a||Stainier Lab|ZDB-LAB-970417-60|Chr: 12|||2020-10-21
ZDB-ALT-180921-1|bns232||||Indel|embryos treated with TALEN3-epas1b||Stainier Lab|ZDB-LAB-970417-60|Chr: 13|||2020-10-21
ZDB-ALT-190604-3|bns234Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:klf2b-2A-tdTomato)|ZDB-TGCONSTRCT-190604-3|2020-10-21
ZDB-ALT-190604-1|bns235Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(fli1:klf2b-2A-tdTomato)|ZDB-TGCONSTRCT-190604-1|2020-10-21
ZDB-ALT-180608-4|bns240Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:mark3a-TagRFP)|ZDB-TGCONSTRCT-180608-2|2020-10-21
ZDB-ALT-190813-6|bns241|||vclaΔ13|Small Deletion|embryos treated with CRISPR1-vcla||Stainier Lab|ZDB-LAB-970417-60|Chr: 13|||2020-10-21
ZDB-ALT-190814-3|bns242|||Promoter-less|Small Deletion|embryos treated with CRISPR2-vegfaa, CRISPR3-vegfaa||Stainier Lab|ZDB-LAB-970417-60|Unmapped|||2020-10-21
ZDB-ALT-190813-7|bns243||||Small Deletion|embryos treated with CRISPR2-hbegfa, CRISPR3-hbegfa|Full locus deletion.|Stainier Lab|ZDB-LAB-970417-60|Unmapped|||2020-10-21
ZDB-ALT-190814-6|bns244|||promoter-less|Small Deletion|embryos treated with CRISPR1-alcama, CRISPR2-alcama||Stainier Lab|ZDB-LAB-970417-60|Unmapped|||2020-10-21
ZDB-ALT-190822-8|bns247||||Small Deletion|embryos treated with CRISPR3-vclb|The mutant protein is truncated and lacks its actin-binding domain.|Stainier Lab|ZDB-LAB-970417-60|Chr: 12|||2020-10-21
ZDB-ALT-200414-3|bns248Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:cavclb-tdTomato)|ZDB-TGCONSTRCT-200414-3|2020-10-21
ZDB-ALT-200414-4|bns249Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:Venus-vclb-TFP)|ZDB-TGCONSTRCT-200414-5|2020-10-21
ZDB-ALT-200414-1|bns24Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:vcla-EGFP)|ZDB-TGCONSTRCT-200414-1|2020-10-21
ZDB-ALT-200108-4|bns250Tg||||Transgenic Insertion|||Stainier Lab|ZDB-LAB-970417-60|Unmapped|TgBAC(arxa:Cre)|ZDB-TGCONSTRCT-200108-2|2020-10-21
ZDB-ALT-200508-10|bns273Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|TgBAC(vegfab:GAL4FF)|ZDB-TGCONSTRCT-200508-12|2020-10-21
ZDB-ALT-190822-7|bns275||||Small Deletion|embryos treated with CRISPR1-apbb1ip|The 5-bp deletion, is predicted to cause a truncated protein lacking its domains that interact with actin organizers,|Stainier Lab|ZDB-LAB-970417-60|Chr: 24|||2020-10-21
ZDB-ALT-201012-7|bns276||||Small Deletion|embryos treated with CRISPR3-nfatc1|23-bp deletion|Stainier Lab|ZDB-LAB-970417-60|Unmapped|||2020-10-21
ZDB-ALT-200508-5|bns282Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|||2020-10-21
ZDB-ALT-200508-4|bns284Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(ins:TagRFPT-2A-dnvegfaa)|ZDB-TGCONSTRCT-200508-6|2020-10-21
ZDB-ALT-200117-2|bns285Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(ins:TagRFPT-2A-insb)|ZDB-TGCONSTRCT-200117-2|2020-10-21
ZDB-ALT-200508-3|bns286Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(ins:TagRFPT-2A-flt1)|ZDB-TGCONSTRCT-200508-5|2020-10-21
ZDB-ALT-200508-7|bns287Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(ins:LOXP-GFP-LOXP-MA-Tomato-2A-dnvegfaa)|ZDB-TGCONSTRCT-200508-9|2020-10-21
ZDB-ALT-200519-2|bns288Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(hsp70l:LOXP-STOP-LOXP-Tomato-dnvegfaa,cryaa:Cerulean)|ZDB-TGCONSTRCT-200519-2|2020-10-21
ZDB-ALT-170126-5|bns29||||Indel|embryos treated with CRISPR1-flt1, CRISPR2-flt1|c.258delinsGGC|Stainier Lab|ZDB-LAB-970417-60|Chr: 24|||2020-10-21
ZDB-ALT-190403-10|bns292||||Small Deletion|embryos treated with TALEN1-chchd4a|p. Gln67Gly*9|Stainier Lab|ZDB-LAB-970417-60|Chr: 11|||2020-10-21
ZDB-ALT-190403-11|bns293||||Small Deletion|embryos treated with TALEN1-chchd4b|p.Glu48Gly*32|Stainier Lab|ZDB-LAB-970417-60|Chr: 6|||2020-10-21
ZDB-ALT-200117-1|bns294Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(ins:EGFP-Hsa.HRAS,cryaa:mCherry)|ZDB-TGCONSTRCT-200117-1|2020-10-21
ZDB-ALT-200115-1|bns295||||Insertion|embryos treated with CRISPR1-insb||Stainier Lab|ZDB-LAB-970417-60|Unmapped|||2020-10-21
ZDB-ALT-191031-4|bns297|||4 bp deletion|Small Deletion|embryos treated with CRISPR6-npas4l||Stainier Lab|ZDB-LAB-970417-60|Unmapped|||2020-10-21
ZDB-ALT-191031-6|bns298Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(hsp70l:LOXP-STOP-LOXP-npas4l-2A-mCherry)|ZDB-TGCONSTRCT-191031-1|2020-10-21
ZDB-ALT-191031-5|bns299||||Indel|embryos treated with CRISPR1-tspan18b||Stainier Lab|ZDB-LAB-970417-60|Chr: 18|||2020-10-21
ZDB-ALT-180824-2|bns3||||Small Deletion|embryos treated with TALEN4-mir126b||Stainier Lab|ZDB-LAB-970417-60|Ambiguous|||2020-10-21
ZDB-ALT-190813-8|bns300|||exon22 ins1|Insertion|embryos treated with CRISPR1-vcla||Stainier Lab|ZDB-LAB-970417-60|Chr: 13|||2020-10-21
ZDB-ALT-190813-9|bns301|||vegfaa5′UTRΔ10|Small Deletion|embryos treated with CRISPR1-vegfaa||Stainier Lab|ZDB-LAB-970417-60|Chr: 16|||2020-10-21
ZDB-ALT-190814-2|bns302|||full locus del.|Small Deletion|embryos treated with CRISPR5-egfl7, CRISPR6-egfl7||Stainier Lab|ZDB-LAB-970417-60|Unmapped|||2020-10-21
ZDB-ALT-190814-1|bns303|||egfl75&prime;UTR&Delta;3|Small Deletion|embryos treated with CRISPR4-egfl7||Stainier Lab|ZDB-LAB-970417-60|Chr: 21|||2020-10-21
ZDB-ALT-200508-8|bns306Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(ins:GCaMP5)|ZDB-TGCONSTRCT-200508-10|2020-10-21
ZDB-ALT-200508-9|bns307Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|TgBAC(pdx1:Cre-ERT2)|ZDB-TGCONSTRCT-200508-11|2020-10-21
ZDB-ALT-200414-2|bns308Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:vclb-tdTomato)|ZDB-TGCONSTRCT-200414-2|2020-10-21
ZDB-ALT-200519-1|bns310Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|TgBAC(apln:Cre-ERT2)|ZDB-TGCONSTRCT-200519-1|2020-10-21
ZDB-ALT-061101-112|bns31131|||t31131|Point Mutation|ENU |Sequence analysis shows that the t31131 mutant allele contains a nonsense mutation (123 T>A) in ubiad1 introducing a premature stop codon at amino acid position 41, likely generating a null allele.|Stainier Lab|ZDB-LAB-970417-60|Chr: 8|||2020-10-21
ZDB-ALT-200623-4|bns315Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(5xUAS-hsp70l:tgfb1b-2A-Hsa.HISTH2BJ-GFP)|ZDB-TGCONSTRCT-200623-3|2020-10-21
ZDB-ALT-200623-5|bns317Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(hsp70l:dntgfbr1a-2A-Hsa.HISTH2BJ-GFP)|ZDB-TGCONSTRCT-200623-4|2020-10-21
ZDB-ALT-200623-3|bns319Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(fli1:Hsa.HISTH2BJ-GFP)|ZDB-TGCONSTRCT-200623-2|2020-10-21
ZDB-ALT-200511-1|bns32|||delta8, in exon 6|Small Deletion|embryos treated with CRISPR2-kdr||Stainier Lab|ZDB-LAB-970417-60|Unmapped|||2020-10-21
ZDB-ALT-201012-4|bns321Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(Mmu.Hhex-E1B:GFP)|ZDB-TGCONSTRCT-201012-4|2020-10-21
ZDB-ALT-171002-18|bns33||||Small Deletion|embryos treated with CRISPR1-asb2b||Stainier Lab|ZDB-LAB-970417-60|Chr: 17|||2020-10-21
ZDB-ALT-200414-5|bns339Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:Gga.Vcl-TFP-5AA-Venus)|ZDB-TGCONSTRCT-200414-4|2020-10-21
ZDB-ALT-180608-1|bns35||||Insertion|embryos treated with CRISPR1-wwtr1|The bns35 allele has a 29 bp insertion in exon 2 of the wwtr1 gene. This out-of-frame insertion is predicted to cause the production of a truncated protein (p.Pro145Glnfs*15).|Stainier Lab|ZDB-LAB-970417-60|Chr: 22|||2020-10-21
ZDB-ALT-201012-6|bns353||||Small Deletion|embryos treated with CRISPR4-twist1b, CRISPR5-twist1b|1120 base pair deletion.|Stainier Lab|ZDB-LAB-970417-60|Unmapped|||2020-10-21
ZDB-ALT-200623-6|bns354||||Indel|embryos treated with CRISPR4-tgfb1b|The bns354 tgfß1b allele carries a 9-bp insertion and 10-bp deletion in exon 5.|Stainier Lab|ZDB-LAB-970417-60|Unmapped|||2020-10-21
ZDB-ALT-180503-5|bns37||||Small Deletion|embryos treated with TALEN-inhbaa||Stainier Lab|ZDB-LAB-970417-60|Chr: 24|||2020-10-21
ZDB-ALT-201012-5|bns387Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(UAS:dntwist1b-2A-GFP)|ZDB-TGCONSTRCT-201012-5|2020-10-21
ZDB-ALT-180503-6|bns5||||Small Deletion|embryos treated with TALEN2-mstnb||Stainier Lab|ZDB-LAB-970417-60|Chr: 9|||2020-10-21
ZDB-ALT-170119-2|bns50||||Small Deletion|embryos treated with TALEN1-ccn2a||Stainier Lab|ZDB-LAB-970417-60|Chr: 20|||2020-10-21
ZDB-ALT-160728-2|bns59||||Small Deletion|embryos treated with CRISPR1-npas4l|Protein truncates at position 564 after 19 missense amino acids.|Stainier Lab|ZDB-LAB-970417-60|Chr: 13|||2020-10-21
ZDB-ALT-160921-7|bns78Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:cdh2-Tomato)|ZDB-TGCONSTRCT-160921-6|2020-10-21
ZDB-ALT-181102-5|bns7Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(myl7:mCherry-CAAX)|ZDB-TGCONSTRCT-181102-8|2020-10-21
ZDB-ALT-170119-8|bns80Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(hsp70l:flt1,cryaa:Cerulean)|ZDB-TGCONSTRCT-170119-2|2020-10-21
ZDB-ALT-170119-9|bns82Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(hsp70l:flt4,cryaa:Cerulean)|ZDB-TGCONSTRCT-170119-3|2020-10-21
ZDB-ALT-171002-10|bns89||||Indel|embryos treated with CRISPR1-hif1aa|The allele contains an indel mutation (−4) and 3 SNVs (single nucleotide variants) in the second PAS domain, leading to a premature stop codon after a 13 amino acid-long missense segment.|Stainier Lab|ZDB-LAB-970417-60|Chr: 13|||2020-10-21
ZDB-ALT-171002-11|bns90||||Small Deletion|embryos treated with TALEN3-hif1ab|Allele contains an indel mutation (−8) in the first PAS domain (exon6) leading to a premature stop codon after a 23 amino acid-long missense segment.|Stainier Lab|ZDB-LAB-970417-60|Chr: 20|||2020-10-21
ZDB-ALT-180605-5|bns91Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(6xTETRE-Ocu.Hbb2:EGFP)|ZDB-TGCONSTRCT-180605-5|2020-10-21
ZDB-ALT-170209-3|bns92||||Insertion|embryos treated with CRISPR|p.Met88Trpfs*18|Stainier Lab|ZDB-LAB-970417-60|Chr: 4|||2020-10-21
ZDB-ALT-180419-3|bns97Tg|||Tg(ubb:FATC)|Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(ubb:LOX2272-Cerulean,UAS:LOXP-LOX2272-GAL4-LOXP-LIFEACT-GFP)|ZDB-TGCONSTRCT-180419-2|2020-10-21
ZDB-ALT-180419-4|bns98Tg|||Tg(ubb:NATC)|Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(ubb:LOX2272-Cerulean,UAS:LOXP-LOX2272-GAL4-LOXP-NTR-mCherry)|ZDB-TGCONSTRCT-180419-1|2020-10-21
ZDB-ALT-160804-2|bns9Tg||||Transgenic Insertion|embryos treated with DNA||Stainier Lab|ZDB-LAB-970417-60|Unmapped|Tg(fli1:Hsa.B4GALT1-mCherry)|ZDB-TGCONSTRCT-160804-1|2020-10-21
ZDB-ALT-180305-4|bo1Tg||||Transgenic Insertion|embryos treated with DNA||Jackman Lab|ZDB-LAB-100414-1|Unmapped|Tg(dlx2b-actb2:EGFP,myl7:GFP)|ZDB-TGCONSTRCT-180305-1|2020-10-21
ZDB-ALT-200327-11|brn1||||Unknown|||Mercader Lab|ZDB-LAB-121205-1|Unmapped|||2020-10-21
ZDB-ALT-200327-12|brn2||||Unknown|||Mercader Lab|ZDB-LAB-121205-1|Unmapped|||2020-10-21
ZDB-ALT-200327-13|brn3Tg||||Transgenic Insertion|||Mercader Lab|ZDB-LAB-121205-1|Unmapped|||2020-10-21
ZDB-ALT-200327-14|brn4Tg||||Transgenic Insertion|||Mercader Lab|ZDB-LAB-121205-1|Unmapped|||2020-10-21
ZDB-ALT-200327-15|brn5Tg||||Transgenic Insertion|||Mercader Lab|ZDB-LAB-121205-1|Unmapped|||2020-10-21
ZDB-ALT-171019-2|bsl077|||x3078|Small Deletion|embryos treated with TALEN1-golgb1|bsl077 has an 8 bp deletion in exon 14 in the spacer sequence ... This resulted in a frameshift at position 3029, and a premature stop codon at position 3078 (E3027fsX3078- T3028_A3029del, henceforth called golgb1 x3078.  Homozygotes are viable and can produce viable offspring.|Hammond Lab|ZDB-LAB-101214-1|Chr: 4|||2020-10-21
ZDB-ALT-140429-2|bsl251Tg||||Transgenic Insertion|embryos treated with DNA||Martin Lab|ZDB-LAB-101004-1|Unmapped|Tg(UAS:Hsa.WAS-EGFP,myl7:mCherry)|ZDB-TGCONSTRCT-140429-12|2020-10-21
ZDB-ALT-140429-3|bsl252Tg||||Transgenic Insertion|embryos treated with DNA||Martin Lab|ZDB-LAB-101004-1|Unmapped|Tg(UAS:Hsa.WAS_A134T-EGFP,myl7:mCherry)|ZDB-TGCONSTRCT-140429-13|2020-10-21
ZDB-ALT-140429-4|bsl253Tg||||Transgenic Insertion|embryos treated with DNA||Martin Lab|ZDB-LAB-101004-1|Unmapped|Tg(UAS:Hsa.WAS_H246D-EGFP,myl7:mCherry)|ZDB-TGCONSTRCT-140429-14|2020-10-21
ZDB-ALT-140429-5|bsl254Tg||||Transgenic Insertion|embryos treated with DNA||Martin Lab|ZDB-LAB-101004-1|Unmapped|Tg(UAS:Hsa.WAS_Y291F-EGFP,myl7:mCherry)|ZDB-TGCONSTRCT-140429-15|2020-10-21
ZDB-ALT-140429-6|bsl255Tg||||Transgenic Insertion|embryos treated with DNA||Martin Lab|ZDB-LAB-101004-1|Unmapped|Tg(UAS:Hsa.WAS_I294T-EGFP,myl7:mCherry)|ZDB-TGCONSTRCT-140429-16|2020-10-21
ZDB-ALT-120809-4|bu1Tg|||Tg(spon1b:EGFP)bu1|Transgenic Insertion|embryos treated with DNA||Zhdanova Lab|ZDB-LAB-021127-1|Unmapped|Tg(spon1b:EGFP)|ZDB-TGCONSTRCT-120809-4|2020-10-21
ZDB-ALT-160329-1|bu2Tg||||Transgenic Insertion|embryos treated with DNA||Feng Lab|ZDB-LAB-120827-1|Unmapped|Tg(mitfa:mitfa), Tg(rag2:EGFP)|ZDB-TGCONSTRCT-140429-11, ZDB-TGCONSTRCT-160329-1|2020-10-21
ZDB-ALT-160329-2|bu3Tg||||Transgenic Insertion|embryos treated with DNA||Feng Lab|ZDB-LAB-120827-1|Unmapped|Tg(mitfa:mitfa), Tg2(rag2:mCherry)|ZDB-TGCONSTRCT-140429-11, ZDB-TGCONSTRCT-160329-2|2020-10-21
ZDB-ALT-160329-3|bu4Tg||||Transgenic Insertion|embryos treated with DNA||Feng Lab|ZDB-LAB-120827-1|Unmapped|Tg(mitfa:mitfa), Tg(rag2:mCherry-bcl2a)|ZDB-TGCONSTRCT-140429-11, ZDB-TGCONSTRCT-160329-3|2020-10-21
ZDB-ALT-160329-4|bu5Tg||||Transgenic Insertion|embryos treated with DNA||Feng Lab|ZDB-LAB-120827-1|Unmapped|Tg(mitfa:mitfa), Tg(rag2:EGFP-bcl2l1)|ZDB-TGCONSTRCT-140429-11, ZDB-TGCONSTRCT-160329-5|2020-10-21
ZDB-ALT-160329-5|bu6Tg||||Transgenic Insertion|embryos treated with DNA||Feng Lab|ZDB-LAB-120827-1|Unmapped|Tg(mitfa:mitfa), Tg(rag2:mCherry-badb)|ZDB-TGCONSTRCT-140429-11, ZDB-TGCONSTRCT-160329-6|2020-10-21
ZDB-ALT-160329-6|bu7Tg||||Transgenic Insertion|embryos treated with DNA||Feng Lab|ZDB-LAB-120827-1|Unmapped|Tg(mitfa:mitfa), Tg(rag2:mCherry-badb_L99A)|ZDB-TGCONSTRCT-140429-11, ZDB-TGCONSTRCT-160329-7|2020-10-21
ZDB-ALT-101029-2|bw100Tg|||Tg(fog-1:EGFP), Tg(zfpm1:EGFP)bw100|Transgenic Insertion|embryos treated with DNA||Paw Lab|ZDB-LAB-020619-1|Unmapped|Tg(zfpm1:EGFP)|ZDB-TGCONSTRCT-101029-1|2020-10-21
ZDB-ALT-090225-1|bw1015||||Unknown|adult males treated with ENU||Paw Lab|ZDB-LAB-020619-1|Unmapped|||2020-10-21
ZDB-ALT-101029-3|bw102Tg|||Tg(mfrn1:EGFP), Tg(slc25a37:EGFP)bw102|Transgenic Insertion|embryos treated with DNA||Paw Lab|ZDB-LAB-020619-1|Unmapped|Tg(Mmu.Slc25a37:EGFP)|ZDB-TGCONSTRCT-101029-2|2020-10-21
ZDB-ALT-170407-1|bw10Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(UAS:Hsa.APOL1)|ZDB-TGCONSTRCT-170407-1|2020-10-21
ZDB-ALT-070809-4|bw115|||b115|Unknown|||Paw Lab|ZDB-LAB-020619-1|Unmapped|||2020-10-21
ZDB-ALT-170407-2|bw11Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(UAS:Hsa.APOL1_S342G_I384M)|ZDB-TGCONSTRCT-170407-2|2020-10-21
ZDB-ALT-070927-1|bw129||||Unknown|||Paw Lab|ZDB-LAB-020619-1|Unmapped|||2020-10-21
ZDB-ALT-170407-3|bw12Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg2(UAS:Hsa.APOL1)|ZDB-TGCONSTRCT-170407-3|2020-10-21
ZDB-ALT-171024-1|bw13Tg||||Transgenic Insertion|embryos treated with DNA||Bonventre Lab|ZDB-LAB-170504-4|Unmapped|Tg(cdh17:havcr2-RFP)|ZDB-TGCONSTRCT-171024-1|2020-10-21
ZDB-ALT-170509-7|bw14Tg||||Transgenic Insertion|embryos treated with DNA||Bonventre Lab|ZDB-LAB-170504-4|Unmapped|Tg(cdh17:RFP)|ZDB-TGCONSTRCT-170509-3|2020-10-21
ZDB-ALT-171024-2|bw15Tg||||Transgenic Insertion|embryos treated with DNA||Bonventre Lab|ZDB-LAB-170504-4|Unmapped|Tg(ubb:LOXP-EGFP-havcr2-LOXP-RFP)|ZDB-TGCONSTRCT-171024-2|2020-10-21
ZDB-ALT-170509-8|bw16Tg||||Transgenic Insertion|embryos treated with DNA||Bonventre Lab|ZDB-LAB-170504-4|Unmapped|Tg(cdh17:Cre-ERT2)|ZDB-TGCONSTRCT-170509-4|2020-10-21
ZDB-ALT-171012-6|bw17Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg3(kdrl:GFP)|ZDB-TGCONSTRCT-171012-3|2020-10-21
ZDB-ALT-171012-7|bw18Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg2(kdrl:DsRed)|ZDB-TGCONSTRCT-171012-4|2020-10-21
ZDB-ALT-171012-5|bw19Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg2(myl7:GFP)|ZDB-TGCONSTRCT-171012-2|2020-10-21
ZDB-ALT-141002-1|bw1Tg|||zf505Tg|Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg2(hsp70l:GAL4-VP16,myl7:CFP)|ZDB-TGCONSTRCT-141002-2|2020-10-21
ZDB-ALT-170621-7|bw20Tg|||zf717Tg|Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(ubb:GAL4)|ZDB-TGCONSTRCT-170621-3|2020-10-21
ZDB-ALT-171012-4|bw21Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(UAS:Hsa.WARS2,cryaa:YFP)|ZDB-TGCONSTRCT-171012-1|2020-10-21
ZDB-ALT-191029-1|bw22Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(10xUAS:SEC-Hsa.IGLV1-51,cryaa:Venus)|ZDB-TGCONSTRCT-191029-1|2020-10-21
ZDB-ALT-191029-2|bw23Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(fabp10a:GAL4,myl7:GFP)|ZDB-TGCONSTRCT-191029-2|2020-10-21
ZDB-ALT-141002-2|bw2Tg|||zf506Tg|Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(UAS:nppb,Xla.Cryaa:mCherry)|ZDB-TGCONSTRCT-141002-1|2020-10-21
ZDB-ALT-070927-2|bw306||||Point Mutation|ENU |qRT-PCR and whole-mount in situ hybridization validated the loss of the cdh5 mRNA levels in mlb embryos, suggesting that the A267T stop codon resulted in nonsense-mediated decay of cdh5 mRNA.|Paw Lab|ZDB-LAB-020619-1|Chr: 7|||2020-10-21
ZDB-ALT-080617-1|bw322||||Unknown|||Paw Lab|ZDB-LAB-020619-1|Unmapped|||2020-10-21
ZDB-ALT-150410-1|bw3Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(nppa-Xla.Cryaa:YFP)|ZDB-TGCONSTRCT-150410-1|2020-10-21
ZDB-ALT-110906-2|bw41c||||Point Mutation||bw41c has a cytosine to thymine mutation introducing a premature stop codon in exon 3 of gnl2, corresponding to an arginine in position 53 within the first basic domain of the zebrafish Gnl2 protein.  <a href="http://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-110524-17"> Paridaen et al.  (2011)</a>|Paw Lab|ZDB-LAB-020619-1|Chr: 16|||2020-10-21
ZDB-ALT-150410-2|bw4Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(nppb-Xla.Cryaa:YFP)|ZDB-TGCONSTRCT-150410-2|2020-10-21
ZDB-ALT-200518-8|bw500||||Insertion|embryos treated with CRISPR||Fong Lab|ZDB-LAB-200508-2|Unmapped|||2020-10-21
ZDB-ALT-200518-9|bw501||||Small Deletion||Deletion of EQPPV and K to C|Fong Lab|ZDB-LAB-200508-2|Unmapped|||2020-10-21
ZDB-ALT-200518-10|bw502||||Small Deletion|embryos treated with CRISPR||Fong Lab|ZDB-LAB-200508-2|Unmapped|||2020-10-21
ZDB-ALT-200707-16|bw503||||Insertion|embryos treated with CRISPR||Fong Lab|ZDB-LAB-200508-2|Unmapped|||2020-10-21
ZDB-ALT-200707-17|bw504||||Small Deletion|||Fong Lab|ZDB-LAB-200508-2|Unmapped|||2020-10-21
ZDB-ALT-150410-3|bw5Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(nppa-Xla.Cryaa:Luciferase)|ZDB-TGCONSTRCT-150410-3|2020-10-21
ZDB-ALT-150410-4|bw6Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(nppb-Xla.Cryaa:Luciferase)|ZDB-TGCONSTRCT-150410-4|2020-10-21
ZDB-ALT-150410-5|bw7Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(UAS:Hsa.JUP,Xla.Cryaa:mCherry)|ZDB-TGCONSTRCT-150410-5|2020-10-21
ZDB-ALT-150420-1|bw8Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg3(myl7:GAL4)|ZDB-TGCONSTRCT-150420-1|2020-10-21
ZDB-ALT-150504-3|bw9Tg||||Transgenic Insertion|embryos treated with DNA||MacRae Lab|ZDB-LAB-030925-3|Unmapped|Tg(kdrl:GAL4)|ZDB-TGCONSTRCT-150504-3|2020-10-21
ZDB-ALT-160603-2|bz10Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(Tni.Lnp-E1B:Kaede)|ZDB-TGCONSTRCT-160607-2|2020-10-21
ZDB-ALT-160817-1|bz11Tg||||Transgenic Insertion|embryos treated with DNA|transgenic line generated by Tol2 transposon insertion in which regulatory element of carbonic anhydrase 8 drives co-expression of FyntagRFP (membrane-targeted tagRFP) and Tamoxifen-inducible Caspase8-ERT2 linked by T2A peptide exclusively in cerebellar Purkinje neurons
line allows selective ablation of cerebellar Purkinje cells by adding Tamoxifen to the rearing medium|Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(ca8:FMA-TagRFP-2A-casp8-ERT2)|ZDB-TGCONSTRCT-160817-1|2020-10-21
ZDB-ALT-181102-2|bz12Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(-7.5ca8:GFP)|ZDB-TGCONSTRCT-181102-1|2020-10-21
ZDB-ALT-181102-3|bz13Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(en.cpce-E1B:GFP)|ZDB-TGCONSTRCT-181102-5|2020-10-21
ZDB-ALT-181102-4|bz14Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(2xen.cpce-E1B:KALNFB,he1.1:mTagBFP2)|ZDB-TGCONSTRCT-181108-1|2020-10-21
ZDB-ALT-190621-3|bz15Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(ca8-E1B:Hso.Arch3-TagRFPT,Hso.Arch3-TagRFPT)|ZDB-TGCONSTRCT-190621-1|2020-10-21
ZDB-ALT-190917-1|bz16Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(mpeg1.1:KALTA4,he1.1:BFP2)|ZDB-TGCONSTRCT-190917-1|2020-10-21
ZDB-ALT-190917-2|bz17Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(lyz:KALTA4,he1.1:BFP2)|ZDB-TGCONSTRCT-190917-2|2020-10-21
ZDB-ALT-201006-8|bz18Tg||||Transgenic Insertion|||Köster Lab|ZDB-LAB-060314-2|Unmapped|||2020-10-21
ZDB-ALT-141031-1|bz1Et|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA|Insertion site mapped near jam2b and displays Gal4 expression reflecting the expression of endogenous jam2b; The insertion is approximately 500 bp upstream of the jam2b protein coding region.|Köster Lab|ZDB-LAB-060314-2|Chr: 9|Et(shhb:KALTA4,UAS-E1B:mCherry)|ZDB-ETCONSTRCT-120217-3|2020-10-21
ZDB-ALT-151204-2|bz2Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(ca8-E1B:FMATagRFP,EGFP)|ZDB-TGCONSTRCT-151204-1|2020-10-21
ZDB-ALT-151204-3|bz3Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(ca8-E1B:FMATagRFP,Tae.WGA)|ZDB-TGCONSTRCT-151204-3|2020-10-21
ZDB-ALT-151204-4|bz4Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(ca8-E1B:FMATagRFP)|ZDB-TGCONSTRCT-151204-4|2020-10-21
ZDB-ALT-151204-5|bz5Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(ca8-E1B:Hso.Arch3-TagRFPT,GCaMP5G)|ZDB-TGCONSTRCT-151204-5|2020-10-21
ZDB-ALT-151204-8|bz6Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(ca8-E1B:FMATagRFP,GCaMP)|ZDB-TGCONSTRCT-151204-6|2020-10-21
ZDB-ALT-151204-6|bz7Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(ca8-E1B:Cr.ChR2-FMAVenus,RGECO)|ZDB-TGCONSTRCT-151204-9|2020-10-21
ZDB-ALT-151204-7|bz8Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(5xUAS:FMAVenus-2A-3xNLS-HA-mseCFP)|ZDB-TGCONSTRCT-151204-8|2020-10-21
ZDB-ALT-160603-1|bz9Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(Tni.Lnp-E1B:mRFP)|ZDB-TGCONSTRCT-160607-1|2020-10-21
ZDB-ALT-030731-2|c14||||Point Mutation|adult males treated with ENU|This is a T269A mutation.|Halpern Lab|ZDB-LAB-980205-5|Chr: 16|||2020-10-21
ZDB-ALT-070117-1|c144||||Point Mutation|adult males treated with ENU|The third position of codon 245 was changed from T to A, generating a stop codon within the T-box (Snelson et al. 2008, ZDB-PUB-080414-4).|Halpern Lab|ZDB-LAB-980205-5|Chr: 15|||2020-10-21
ZDB-ALT-020308-2|c151Tg|||c151, Tg(cryg:GFP), Tg(cryg:GFP)c151|Transgenic Insertion|DNA ||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(cryg:GFP)|ZDB-TGCONSTRCT-070117-86|2020-10-21
ZDB-ALT-040412-4|c161Tg|||c161, Tg(flh:EGFP), Tg(flh:EGFP)c161|Transgenic Insertion|DNA ||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(flh:EGFP)|ZDB-TGCONSTRCT-070117-36|2020-10-21
ZDB-ALT-040412-6|c162Tg|||c162, Tg(flh:EGFP), Tg(flh:EGFP)c162|Transgenic Insertion|DNA ||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(flh:EGFP)|ZDB-TGCONSTRCT-070117-36|2020-10-21
ZDB-ALT-120126-1|c163||||Point Mutation|adult males treated with ENU|Mutation is located at nucleotide 92 of 100 in exon 6, introducing a premature stop codon (TGT to TGA).|Halpern Lab|ZDB-LAB-980205-5|Chr: 6|||2020-10-21
ZDB-ALT-160215-1|c186||||Point Mutation|adult males treated with ENU|Kuan et al (2015): a single base change(G to A) in the seventh exon of zebrafish wls, leading to a premature stop codon.|Halpern Lab|ZDB-LAB-980205-5|Chr: 2|||2020-10-21
ZDB-ALT-070314-2|c215Tg|||Gt(Gal4-VP16,UAS:EGFP)c215, Tg(Gal4-VP16,UAS:EGFP)c215|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-3|c218Tg|||Gt(Gal4-VP16,UAS:EGFP)c218, Tg(Gal4-VP16,UAS:EGFP)c218|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Chr: 6|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-4|c220Gt|This feature is representative of one or more unknown insertion sites.||c220, Gt(Gal4-VP16,UAS:EGFP)c220|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Chr: 23|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-5|c223Tg|||Gt(Gal4-VP16,UAS:EGFP)c223, Tg(Gal4-VP16,UAS:EGFP)c223|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Chr: 5|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-6|c228Tg|||Gt(Gal4-VP16,UAS:EGFP)c228, Tg(Gal4-VP16,UAS:EGFP)c228|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-7|c229Tg|||Gt(Gal4-VP16,UAS:EGFP)c229, Tg(Gal4-VP16,UAS:EGFP)c229|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Chr: 9|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-8|c230Tg|||Gt(Gal4-VP16,UAS:EGFP)c230, Tg(Gal4-VP16,UAS:EGFP)c230|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-9|c233Tg|||Gt(Gal4-VP16,UAS:EGFP)c233, Tg(Gal4-VP16,UAS:EGFP)c233|Transgenic Insertion|adult males treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-10|c235Tg|||Gt(Gal4-VP16,UAS:EGFP)c235, Tg(Gal4-VP16,UAS:EGFP)c235|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-14|c236Tg|||Gt(Gal4-VP16,UAS:EGFP)c236, Gt(IRES-Gal4-VP16,UAS:EGFP)c236, Tg(Gal4-VP16,UAS:EGFP)c236|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-11|c237Tg|||Gt(Gal4-VP16,UAS:EGFP)c237, Tg(Gal4-VP16,UAS:EGFP)c237|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Chr: 14|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-15|c239Tg|||Gt(Gal4-VP16,UAS:EGFP)c239, Gt(IRES-Gal4-VP16,UAS:EGFP)c239, Tg(Gal4-VP16,UAS:EGFP)c239|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Chr: 21|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-12|c240Tg|||Gt(Gal4-VP16,UAS:EGFP)c240, Tg(Gal4-VP16,UAS:EGFP)c240|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-13|c241Tg|||Gt(Gal4-VP16,UAS:EGFP)c241, Tg(Gal4-VP16,UAS:EGFP)c241|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-070314-16|c247Tg|||Gt(Gal4-VP16,UAS:EGFP)c247, Gt(IRES-Gal4-VP16,UAS:EGFP)c247, Tg(Gal4-VP16,UAS:EGFP)c247|Transgenic Insertion|embryos treated with DNA|Creation of the line included injection ofTol2 transposase RNA.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-100908-1|c251Tg|||Gt(Gal4-VP16,UAS:EGFP)c251, Tg(Gal4-VP16,UAS:EGFP)c251|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-110805-1|c258Tg|||Tg(5xERE:EGFP)c258|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(5xERE:EGFP)|ZDB-TGCONSTRCT-110805-3|2020-10-21
ZDB-ALT-110805-2|c259Tg|||Tg(5xERE:EGFP)c259|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(5xERE:EGFP)|ZDB-TGCONSTRCT-110805-3|2020-10-21
ZDB-ALT-110805-3|c262Tg|||Tg(5xERE:EGFP)c262|Transgenic Insertion|embryos treated with DNA|Insertion is located in an intron of cstf1 (formerly zgc:77560).|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(5xERE:EGFP)|ZDB-TGCONSTRCT-110805-3|2020-10-21
ZDB-ALT-110805-4|c263Tg|||Tg(5xERE:EGFP)c263|Transgenic Insertion|embryos treated with DNA|Insertion is located in an intergenic region 80 kb downstream of si:ch1073-188e1.1, 70 kb upstream of accn2a.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(5xERE:EGFP)|ZDB-TGCONSTRCT-110805-3|2020-10-21
ZDB-ALT-070316-1|c264Tg|||14xNtrCh, 14xUAS:NfsB-mCherry, Tg(UAS-E1b:NfsB-mCherry)c264, Tg(UAS:NTR-Cherry)|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(UAS-E1B:NTR-mCherry)|ZDB-TGCONSTRCT-070314-2|2020-10-21
ZDB-ALT-100622-1|c269Tg|||Gt(Gal4-VP16,UAS:EGFP)c269, Tg(Gal4-VP16,UAS:EGFP)c269|Transgenic Insertion|embryos treated with DNA|Generated using Tol2. The insertion is mapped within the fourth intron of the odz4 gene.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(GAL4-VP16,UAS:EGFP)|ZDB-GTCONSTRCT-070314-1|2020-10-21
ZDB-ALT-131029-4|c342Tg|||Tg(Xla.Eef1a1:GAL4FF-2A-mCherry,4xnrUAS:GFP)c342|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(Xla.Eef1a1:GAL4FF-2A-mCherry,4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-4|2020-10-21
ZDB-ALT-131029-6|c345Tg|||Tg(Xla.Eef1a1:GAL4FF-2A-mCherry,4xnrUAS:GFP)c345|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(Xla.Eef1a1:GAL4FF-2A-mCherry,4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-4|2020-10-21
ZDB-ALT-131029-5|c347Tg|||Tg(Xla.Eef1a1:GAL4FF-2A-mCherry,4xnrUAS:GFP)c347|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(Xla.Eef1a1:GAL4FF-2A-mCherry,4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-4|2020-10-21
ZDB-ALT-131029-7|c350Tg|||Tg(Xla.Eef1a1:GAL4FF-2A-mCherry,14xUAS:GFP)c350|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(Xla.Eef1a1:GAL4FF-2A-mCherry,14xUAS:GFP)|ZDB-TGCONSTRCT-131029-5|2020-10-21
ZDB-ALT-131029-20|c353Tg|||Tg(4xnrUAS:GFP)c353|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-7|2020-10-21
ZDB-ALT-131029-18|c354Tg|||Tg(4xnrUAS:GFP)c354|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-7|2020-10-21
ZDB-ALT-131029-19|c355Tg|||Tg(4xnrUAS:GFP)c355|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-7|2020-10-21
ZDB-ALT-131029-10|c356Tg|||Tg(4xnrUAS:GFP)c356|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-7|2020-10-21
ZDB-ALT-131029-21|c357Tg|||Tg(4xnrUAS:GFP)c357|Transgenic Insertion|embryos treated with DNA|Insertion is located in an intron of LOC571485(tdp1), flanked by Tc1N1_DR repetitive elements.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-7|2020-10-21
ZDB-ALT-131029-15|c359Tg|||Tg(14xUAS:GFP)c359|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(14xUAS:GFP)|ZDB-TGCONSTRCT-131029-6|2020-10-21
ZDB-ALT-131029-17|c360aTg|||c360Tg, Tg(14xUAS:GFP)c360a|Transgenic Insertion|embryos treated with DNA|Insertion is located in the DNA-8-9_DR repetitive element.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(14xUAS:GFP)|ZDB-TGCONSTRCT-131029-6|2020-10-21
ZDB-ALT-131029-23|c360bTg|||Tg(14xUAS:GFP)c360b|Transgenic Insertion|embryos treated with DNA|Insertion is located in the TE-X-5_DR repetitive element, or the Kolobok-N7_DR repetitive element.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(14xUAS:GFP)|ZDB-TGCONSTRCT-131029-6|2020-10-21
ZDB-ALT-131029-8|c361Tg|||Tg(14xUAS:GFP)c361|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(14xUAS:GFP)|ZDB-TGCONSTRCT-131029-6|2020-10-21
ZDB-ALT-131029-16|c362Tg|||Tg(14xUAS:GFP)c362|Transgenic Insertion|embryos treated with DNA|Insertion is located in the Tc1-4_DR repetitive element.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(14xUAS:GFP)|ZDB-TGCONSTRCT-131029-6|2020-10-21
ZDB-ALT-131029-14|c363Tg|||Tg(14xUAS:GFP)c363|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(14xUAS:GFP)|ZDB-TGCONSTRCT-131029-6|2020-10-21
ZDB-ALT-131029-9|c364Tg|||Tg(14xUAS:GFP)c364|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(14xUAS:GFP)|ZDB-TGCONSTRCT-131029-6|2020-10-21
ZDB-ALT-131029-22|c367Tg|||Tg(4xnrUAS:GFP)c367|Transgenic Insertion|embryos treated with DNA|Insertion is located in an intron of nrp2b, 13 bp downstream from Polinton-1N1_DR repetitive element.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-7|2020-10-21
ZDB-ALT-131029-12|c368aTg|||c368Tg, Tg(4xnrUAS:GFP)c368a|Transgenic Insertion|embryos treated with DNA|Insertion is located in an intron of PLA2G4C, 165 bp upstream from DNA-TTAA-2_DR repetitive element.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-7|2020-10-21
ZDB-ALT-131029-13|c368bTg|||Tg(4xnrUAS:GFP)c368b|Transgenic Insertion|embryos treated with DNA|Insertion is located in a DNA2-2 DR repetitive element.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-7|2020-10-21
ZDB-ALT-131029-11|c369Tg|||Tg(4xnrUAS:GFP)c369|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-7|2020-10-21
ZDB-ALT-131029-24|c370Tg|||Tg(4xnrUAS:GFP)c370|Transgenic Insertion|embryos treated with DNA|Insertion is located in a DNA-8-13_DR repetitive element.|Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(4xnrUAS:GFP)|ZDB-TGCONSTRCT-131029-7|2020-10-21
ZDB-ALT-130815-4|c375Tg|||TgBAC(gng8:Eco.NfsB-2A-CAAX-GFP)c375|Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|TgBAC(gng8:Eco.NfsB-2A-CAAX-GFP)|ZDB-TGCONSTRCT-130815-4|2020-10-21
ZDB-ALT-140722-2|c399Tg||||Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(mnx1:QF)|ZDB-TGCONSTRCT-140721-3|2020-10-21
ZDB-ALT-140722-1|c403Tg||||Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(5xQUAS-Cca.Actb:GFP)|ZDB-TGCONSTRCT-140721-2|2020-10-21
ZDB-ALT-140423-2|c426Tg||||Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|TgBAC(gng8:GAL4FF)|ZDB-TGCONSTRCT-140423-2|2020-10-21
ZDB-ALT-140722-3|c430Tg||||Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(Xla.Eef1a1:QS,Xla.Cryg:BFP)|ZDB-TGCONSTRCT-140722-1|2020-10-21
ZDB-ALT-150507-1|c574Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(hsp70l:apoa4b.1-mCherry)|ZDB-TGCONSTRCT-150507-1|2020-10-21
ZDB-ALT-191216-1|c583Tg||||Transgenic Insertion|embryos treated with DNA||Halpern Lab|ZDB-LAB-980205-5|Unmapped|Tg(Xla.Tubb2:mApple-CAAX)|ZDB-TGCONSTRCT-191216-1|2020-10-21
ZDB-ALT-170501-1|c668Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(hsp70l:cav1-EGFP)|ZDB-TGCONSTRCT-170501-1|2020-10-21
ZDB-ALT-170501-2|c669Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(hsp70l:cav1-EGFP)|ZDB-TGCONSTRCT-170501-1|2020-10-21
ZDB-ALT-170501-3|c670Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(hsp70l:cav1-EGFP)|ZDB-TGCONSTRCT-170501-1|2020-10-21
ZDB-ALT-190723-1|c809Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(fabp10a:Hsa.APOA1-mCherry)|ZDB-TGCONSTRCT-190723-1|2020-10-21
ZDB-ALT-190723-2|c810Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(fabp10a:apoa1a-mCherry)|ZDB-TGCONSTRCT-190723-2|2020-10-21
ZDB-ALT-190723-3|c811Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(fabp2:Hsa.APOA1-mCherry)|ZDB-TGCONSTRCT-190723-3|2020-10-21
ZDB-ALT-190723-4|c812Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(fabp2:apoa1a-mCherry)|ZDB-TGCONSTRCT-190723-4|2020-10-21
ZDB-ALT-190723-5|c813Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(actb2:EGFP-rab5c)|ZDB-TGCONSTRCT-190723-5|2020-10-21
ZDB-ALT-190723-6|c814Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(actb2:EGFP-rab7a)|ZDB-TGCONSTRCT-190723-6|2020-10-21
ZDB-ALT-190723-7|c815Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(actb2:EGFP-rab11a)|ZDB-TGCONSTRCT-190723-7|2020-10-21
ZDB-ALT-190723-8|c816Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(actb2:mCherry-rab5c)|ZDB-TGCONSTRCT-190723-8|2020-10-21
ZDB-ALT-190723-9|c817Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(actb2:mCherry-rab7a)|ZDB-TGCONSTRCT-190723-9|2020-10-21
ZDB-ALT-190723-10|c818Tg||||Transgenic Insertion|embryos treated with DNA||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(actb2:mCherry-rab11a)|ZDB-TGCONSTRCT-190723-10|2020-10-21
ZDB-ALT-191218-4|c832Tg|This feature is representative of one or more unknown insertion sites.||apoBb.1^NLuc, LipoGlo|Transgenic Insertion|embryos treated with TALEN1-apobb.1||Farber Lab|ZDB-LAB-000330-2|Unmapped|Tg(Luciferase)|ZDB-TGCONSTRCT-191218-4|2020-10-21
ZDB-ALT-991201-15|c99||||Insertion|sperm treated with g-rays||Halpern Lab|ZDB-LAB-980205-5|Chr: 1|||2020-10-21
ZDB-ALT-190319-1|ca101Tg||||Transgenic Insertion|embryos treated with DNA||Peng Huang Lab|ZDB-LAB-131204-1|Unmapped|TgBAC(nkx3-1:GAL4-VP16)|ZDB-TGCONSTRCT-190319-3|2020-10-21
ZDB-ALT-190319-2|ca102Tg||||Transgenic Insertion|embryos treated with DNA||Peng Huang Lab|ZDB-LAB-131204-1|Unmapped|TgBAC(col1a2:GAL4-VP16)|ZDB-TGCONSTRCT-190319-2|2020-10-21
ZDB-ALT-190319-3|ca103Tg||||Transgenic Insertion|embryos treated with DNA||Peng Huang Lab|ZDB-LAB-131204-1|Unmapped|TgBAC(col1a2:GFP)|ZDB-TGCONSTRCT-190319-1|2020-10-21
ZDB-ALT-190319-4|ca104Tg||||Transgenic Insertion|embryos treated with DNA||Peng Huang Lab|ZDB-LAB-131204-1|Unmapped|Tg(Ola.Twist1:EGFP)|ZDB-TGCONSTRCT-190319-4|2020-10-21
ZDB-ALT-191212-4|ca105Tg||||Transgenic Insertion|embryos treated with DNA||Peng Huang Lab|ZDB-LAB-131204-1|Unmapped|Tg(UAS:Cre-ERT2)|ZDB-TGCONSTRCT-191212-1|2020-10-21
ZDB-ALT-200323-1|ca106Tg||||Transgenic Insertion|embryos treated with DNA||Peng Huang Lab|ZDB-LAB-131204-1|Unmapped|TgBAC(her12:Kaede)|ZDB-TGCONSTRCT-200323-2|2020-10-21
ZDB-ALT-200323-2|ca107Tg||||Transgenic Insertion|embryos treated with DNA||Peng Huang Lab|ZDB-LAB-131204-1|Unmapped|Tg(hsp70l:Rno.Smo-TagRFP)|ZDB-TGCONSTRCT-200323-1|2020-10-21
ZDB-ALT-171006-3|ca20||||Insertion|embryos treated with TALEN1-isl2a||Childs Lab|ZDB-LAB-010814-1|Chr: 25|||2020-10-21
ZDB-ALT-181108-1|ca201||||Small Deletion|||Kurrasch Lab|ZDB-LAB-140722-2|Unmapped|||2020-10-21
ZDB-ALT-171006-4|ca21||||Indel|embryos treated with TALEN1-isl2a|Mutant has a 5 bp deletion and point mutations around the deletion site. This frameshift allele is predicted to result in a truncated protein  missing the homeodomain.|Childs Lab|ZDB-LAB-010814-1|Chr: 25|||2020-10-21
ZDB-ALT-160809-1|ca22||||Point Mutation|embryos treated with TALEN1-foxf2b|premature stop in the conserved FOX DNA binding domain|Childs Lab|ZDB-LAB-010814-1|Chr: 20|||2020-10-21
ZDB-ALT-160809-2|ca23||||Indel|embryos treated with TALEN1-foxf2b|premature stop in the conserved FOX DNA binding domain|Childs Lab|ZDB-LAB-010814-1|Chr: 20|||2020-10-21
ZDB-ALT-120726-1|ca2Tg|||Tg(acta2:GFP)ca2|Transgenic Insertion|embryos treated with DNA||Childs Lab|ZDB-LAB-010814-1|Unmapped|Tg(acta2:GFP)|ZDB-TGCONSTRCT-120726-1|2020-10-21
ZDB-ALT-181115-7|ca301||||Small Deletion|embryos treated with CRISPR1-traf4a||McFarlane Lab|ZDB-LAB-180523-1|Chr: 15|||2020-10-21
ZDB-ALT-190220-3|ca302||||Indel|||McFarlane Lab|ZDB-LAB-180523-1|Unmapped|||2020-10-21
ZDB-ALT-190220-4|ca303||||Insertion|||McFarlane Lab|ZDB-LAB-180523-1|Unmapped|||2020-10-21
ZDB-ALT-190204-1|ca304||||Small Deletion|||McFarlane Lab|ZDB-LAB-180523-1|Unmapped|||2020-10-21
ZDB-ALT-190204-2|ca305||||Small Deletion|||McFarlane Lab|ZDB-LAB-180523-1|Unmapped|||2020-10-21
ZDB-ALT-190204-3|ca306||||Insertion|||McFarlane Lab|ZDB-LAB-180523-1|Unmapped|||2020-10-21
ZDB-ALT-191030-7|ca307||||Indel|||McFarlane Lab|ZDB-LAB-180523-1|Unmapped|||2020-10-21
ZDB-ALT-191030-8|ca308||||Small Deletion|||McFarlane Lab|ZDB-LAB-180523-1|Unmapped|||2020-10-21
ZDB-ALT-191030-9|ca309||||Small Deletion|||McFarlane Lab|ZDB-LAB-180523-1|Unmapped|||2020-10-21
ZDB-ALT-191014-2|ca37Tg||||Transgenic Insertion|embryos treated with DNA||Childs Lab|ZDB-LAB-010814-1|Unmapped|Tg(myl7:EGFP-Hsa.ILK)|ZDB-TGCONSTRCT-191014-2|2020-10-21
ZDB-ALT-191014-5|ca38Tg||||Transgenic Insertion|embryos treated with DNA||Childs Lab|ZDB-LAB-010814-1|Unmapped|Tg(myl7:EGFP-Hsa.ILK_P70L)|ZDB-TGCONSTRCT-191014-5|2020-10-21
ZDB-ALT-191014-3|ca39Tg||||Transgenic Insertion|embryos treated with DNA||Childs Lab|ZDB-LAB-010814-1|Unmapped|Tg(myl7:EGFP-Hsa.ILK_H77Y)|ZDB-TGCONSTRCT-191014-3|2020-10-21
ZDB-ALT-190716-5|ca401||||Small Deletion|embryos treated with CRISPR2-nr3c1||Vijayan Lab|ZDB-LAB-190531-1|Chr: 14|||2020-10-21
ZDB-ALT-190716-6|ca402||||Indel|embryos treated with CRISPR1-nr3c2|The inserted sequence (GGAAACTGTACCC, in the nr3c2 gene) was duplicated and inserted while 5bp (CTTTG, in the nr3c2 gene) were deleted, leading to a net +8 bp insertion change.|Vijayan Lab|ZDB-LAB-190531-1|Chr: 1|||2020-10-21
ZDB-ALT-191014-4|ca40Tg||||Transgenic Insertion|embryos treated with DNA||Childs Lab|ZDB-LAB-010814-1|Unmapped|Tg(myl7:EGFP-Hsa.ILK_H33N)|ZDB-TGCONSTRCT-191014-4|2020-10-21
ZDB-ALT-200102-2|ca42Tg||||Transgenic Insertion|embryos treated with DNA||Childs Lab|ZDB-LAB-010814-1|Unmapped|TgBAC(pdgfrb:GAL4FF)|ZDB-TGCONSTRCT-160609-3|2020-10-21
ZDB-ALT-200102-3|ca62Tg||||Transgenic Insertion|embryos treated with DNA||Childs Lab|ZDB-LAB-010814-1|Unmapped|Tg(acta2:GAL4FF,myl7:EGFP)|ZDB-TGCONSTRCT-200102-2|2020-10-21
ZDB-ALT-200102-4|ca72Tg||||Transgenic Insertion|embryos treated with DNA||Childs Lab|ZDB-LAB-010814-1|Unmapped|Tg(foxc1b:GAL4FF,myl7:EGFP)|ZDB-TGCONSTRCT-200102-3|2020-10-21
ZDB-ALT-120508-1|ca7Tg|||Tg(acta2:EGFP)ca7, Tg(SMA:EGFP)|Transgenic Insertion|embryos treated with DNA||Childs Lab|ZDB-LAB-010814-1|Unmapped|Tg(acta2:EGFP)|ZDB-TGCONSTRCT-120508-1|2020-10-21
ZDB-ALT-120508-2|ca8Tg|||Tg(acta2:mCherry)ca8, Tg(SMA:mCherry)|Transgenic Insertion|embryos treated with DNA||Childs Lab|ZDB-LAB-010814-1|Unmapped|Tg(acta2:mCherry)|ZDB-TGCONSTRCT-120508-2|2020-10-21
ZDB-ALT-131213-2|cas001Tg|||Tg(actb2:LOXP-DsRed-LOXP-Hsa.NRAS_G12D)cas001|Transgenic Insertion|embryos treated with DNA||Weijun Pan Lab|ZDB-LAB-131028-1|Unmapped|Tg(actb2:LOXP-DsRed-LOXP-Hsa.NRAS_G12D)|ZDB-TGCONSTRCT-131213-4|2020-10-21
ZDB-ALT-151210-1|cas002||||Point Mutation|adult males treated with ENU|This mutant has a T to G transversion at the kri1 exon 1-intron 1 consensus splicing donor site which causes a frameshift and a premature stop codon leading to the production of a truncated protein.|Weijun Pan Lab|ZDB-LAB-131028-1|Chr: 3|||2020-10-21
ZDB-ALT-151215-2|cas003||||Point Mutation|ENU |GAo et al (2015): C to T nonsense mutation in topbp1 gene causing an earlier stop codon before the eighth\nBRCT (BRCA1 C-terminus) domain and a putative C-terminus nuclear localization signal (NLS) of TopBP1 protein|Weijun Pan Lab|ZDB-LAB-131028-1|Chr: 24|||2020-10-21
ZDB-ALT-190416-1|cas005||||Insertion|adult males treated with ENU||Weijun Pan Lab|ZDB-LAB-131028-1|Chr: 9|||2020-10-21
ZDB-ALT-200424-1|cas008||||Small Deletion|embryos treated with CRISPR1-cds2||Weijun Pan Lab|ZDB-LAB-131028-1|Chr: 5|||2020-10-21
ZDB-ALT-180126-1|cas009||||Indel|embryos treated with CRISPR1-cdkn2aip||Weijun Pan Lab|ZDB-LAB-131028-1|Chr: 7|||2020-10-21
ZDB-ALT-190415-5|cas010||||Small Deletion|embryos treated with CRISPR1-itga4||Weijun Pan Lab|ZDB-LAB-131028-1|Chr: 9|||2020-10-21
ZDB-ALT-190416-2|cas011|||cas011Tg|Small Deletion|embryos treated with CRISPR1-vcam1b||Weijun Pan Lab|ZDB-LAB-131028-1|Chr: 22|||2020-10-21
ZDB-ALT-170621-4|cbg10Tg|||Damascus, zf714Tg|Transgenic Insertion|embryos treated with DNA||Oates Lab|ZDB-LAB-031017-1|Unmapped|TgBAC(dld:dld-Venus)|ZDB-TGCONSTRCT-170621-2|2020-10-21
ZDB-ALT-170621-5|cbg11Tg|||Dover, zf715Tg|Transgenic Insertion|embryos treated with DNA||Oates Lab|ZDB-LAB-031017-1|Unmapped|TgBAC(dld:dld-Venus)|ZDB-TGCONSTRCT-170621-2|2020-10-21
ZDB-ALT-190123-675|cbg12Tg||||Transgenic Insertion|embryos treated with DNA||Norden Lab|ZDB-LAB-120601-2|Unmapped|Tg(actb2:EGFP-Hsa.PCNA)|ZDB-TGCONSTRCT-190123-3|2020-10-21
ZDB-ALT-190123-676|cbg13Tg||||Transgenic Insertion|embryos treated with DNA||Norden Lab|ZDB-LAB-120601-2|Unmapped|Tg(actb2:EGFP-Rno.Tmpo)|ZDB-TGCONSTRCT-190123-4|2020-10-21
ZDB-ALT-200204-1|cbg14||||Small Deletion|embryos treated with CRISPR2-klf4, CRISPR3-klf4||Norden Lab|ZDB-LAB-120601-2|Chr: 21|||2020-10-21
ZDB-ALT-200702-5|cbg15Tg||||Transgenic Insertion|embryos treated with DNA||Huisken Lab|ZDB-LAB-100630-2|Unmapped|Tg(sox17:Hsa.HIST1H2BJ-TagBFP)|ZDB-TGCONSTRCT-200702-2|2020-10-21
ZDB-ALT-141105-1|cbg1Tg|||Looping|Transgenic Insertion|embryos treated with DNA||Oates Lab|ZDB-LAB-031017-1|Unmapped|TgBAC(her1:Venus)|ZDB-TGCONSTRCT-141105-1|2020-10-21
ZDB-ALT-150109-1|cbg2Tg||||Transgenic Insertion|embryos treated with DNA||Huisken Lab|ZDB-LAB-100630-2|Unmapped|Tg2(myl7:GAL4)|ZDB-TGCONSTRCT-150108-1|2020-10-21
ZDB-ALT-160224-1|cbg3Tg||||Transgenic Insertion|embryos treated with DNA||Norden Lab|ZDB-LAB-120601-2|Unmapped|Tg(hsp70l:Hsa.PLK4-mKate2)|ZDB-TGCONSTRCT-160224-1|2020-10-21
ZDB-ALT-160224-2|cbg4Tg||||Transgenic Insertion|embryos treated with DNA||Norden Lab|ZDB-LAB-120601-2|Unmapped|Tg(hsp70l:Hsa.HIST1H2BJ-RFP)|ZDB-TGCONSTRCT-160224-2|2020-10-21
ZDB-ALT-170113-1|cbg5Tg||||Transgenic Insertion|embryos treated with DNA||Norden Lab|ZDB-LAB-120601-2|Unmapped|Tg(actb2:EGFP-Hsa.DCX)|ZDB-TGCONSTRCT-170113-2|2020-10-21
ZDB-ALT-170113-2|cbg6Tg||||Transgenic Insertion|embryos treated with DNA||Norden Lab|ZDB-LAB-120601-2|Unmapped|Tg(hsp70l:mKate2-prkci-CAAX)|ZDB-TGCONSTRCT-170113-1|2020-10-21
ZDB-ALT-171218-1|cbg7Tg||||Transgenic Insertion|embryos treated with DNA||Norden Lab|ZDB-LAB-120601-2|Unmapped|Tg(actb2:RFP-pcna)|ZDB-TGCONSTRCT-171218-1|2020-10-21
ZDB-ALT-180125-2|cbg8Tg||||Transgenic Insertion|embryos treated with DNA||Norden Lab|ZDB-LAB-120601-2|Unmapped|Tg(actb2:mKate2-Hsa.HRAS)|ZDB-TGCONSTRCT-180125-1|2020-10-21
ZDB-ALT-180320-10|cbg9Tg||||Transgenic Insertion|embryos treated with DNA||Elisabeth Knust Lab|ZDB-LAB-180319-2|Unmapped|TgBAC(opn1lw1:opn1lw1-mNeonGreen,opn1lw2:opn1lw2-mKate2)|ZDB-TGCONSTRCT-180302-2|2020-10-21
ZDB-ALT-180208-1|cbm10Tg||||Transgenic Insertion|embryos treated with DNA||Bovolenta Lab|ZDB-LAB-141112-1|Unmapped|Tg(FRT-Xla.Actc1:DsRed-GAB-FRT,LOXP-Hsa.SIX6-LOXP-gata2a:EGFP-5HS4)|ZDB-TGCONSTRCT-180208-1|2020-10-21
ZDB-ALT-180208-2|cbm11Tg||||Transgenic Insertion|embryos treated with DNA||Bovolenta Lab|ZDB-LAB-141112-1|Unmapped|Tg2(FRT-Xla.Actc1:DsRed-GAB-FRT,LOXP-Hsa.SIX6-LOXP-gata2a:EGFP)|ZDB-TGCONSTRCT-180208-2|2020-10-21
ZDB-ALT-051111-4|cc1Tg|||cc1, Tg(Plp1:EGFP), Tg(Plp1:EGFP)cc1|Transgenic Insertion|embryos treated with DNA||Macklin Lab|ZDB-LAB-051017-1|Unmapped|Tg(Mmu.Plp1:EGFP)|ZDB-TGCONSTRCT-070117-20|2020-10-21
ZDB-ALT-080108-2|ccdc103_unspecified|||smh_unspecified, un_smh, unspecified_smh|Unspecified|||||Chr: 3|||2020-10-21
ZDB-ALT-190311-3|ccu1Tg||||Transgenic Insertion|embryos treated with DNA||Visio to Action - Orger Lab|ZDB-LAB-190311-2|Unmapped|Tg(UAS:GCaMP6f)|ZDB-TGCONSTRCT-190311-4|2020-10-21
ZDB-ALT-200128-4|ccu3Tg|||ccu003tTg|Transgenic Insertion|embryos treated with DNA||Visio to Action - Orger Lab|ZDB-LAB-190311-2|Unmapped|Tg2(10xUAS:Eco.Gltl-cpEGFP)|ZDB-TGCONSTRCT-200128-1|2020-10-21
ZDB-ALT-160819-1|cdf1Tg||||Transgenic Insertion|embryos treated with DNA||Regeneration and morphogenesis in zebrafish|ZDB-LAB-121127-1|Unmapped|Tg(ubb:HyPer)|ZDB-TGCONSTRCT-160819-1|2020-10-21
ZDB-ALT-171006-2|cdf2Tg||||Transgenic Insertion|embryos treated with DNA||Regeneration and morphogenesis in zebrafish|ZDB-LAB-121127-1|Unmapped|Tg(Xla.Cryg:CFP,Hsa.EEF1A-4xHsa.U6:Gst.tRNACUA,ubb:AzFRs-FLAG-mCherry-2A-EGFP_Y145amb-NLS)|ZDB-TGCONSTRCT-171006-2|2020-10-21
ZDB-ALT-050819-10|cdh23_unspecified|||un_cdh23, unspecified_cdh23, un_spu|Unspecified|||||Chr: 13|||2020-10-21
ZDB-ALT-050316-2|cdh2_unspecified|||un_cdh2, un_ncad, unspecified_cdh2|Unspecified|||||Chr: 20|||2020-10-21
ZDB-ALT-180409-1|ced1Tg||||Transgenic Insertion|embryos treated with DNA||Kizil Lab, Mechanisms of induced Plasticity of the Vertebrate Brain|ZDB-LAB-140417-2|Unmapped|Tg(ubb:LOXP-DsRed-LOXP-GFP-t2A-Hsa.TAU_P301L)|ZDB-TGCONSTRCT-180604-3|2020-10-21
ZDB-ALT-180409-2|ced2Tg||||Transgenic Insertion|embryos treated with DNA||Kizil Lab, Mechanisms of induced Plasticity of the Vertebrate Brain|ZDB-LAB-140417-2|Unmapped|Tg(Xla.Tubb:mCherry-T2A-Cre-ERT2)|ZDB-TGCONSTRCT-180409-2|2020-10-21
ZDB-ALT-070122-3|celsr2_unspecified|||un_celsr2, un_ord, unspecified_celsr2|Unspecified|||||Chr: 22|||2020-10-21
ZDB-ALT-111010-1|celsr3_unrecovered||||Point Mutation|adult males treated with ENU||||Chr: 8|||2020-10-21
ZDB-ALT-091027-9|cep290_unrecovered|||un_cep290, unrec_cep290, unrecovered_cep290|Point Mutation|adult males treated with ENU||||Chr: 25|||2020-10-21
ZDB-ALT-051110-4|cf1Tg|||cf1, Tg(elavl3:IP), Tg(elavl3:IP)cf1|Transgenic Insertion|embryos treated with DNA||Joe Fetcho Lab|ZDB-LAB-970909-135|Unmapped|Tg(elavl3:IP)|ZDB-TGCONSTRCT-070117-35|2020-10-21
ZDB-ALT-051110-2|cf2Tg|||cf2, Tg(elavl3:YC), Tg(elavl3:YC)cf2|Transgenic Insertion|embryos treated with DNA||Joe Fetcho Lab|ZDB-LAB-970909-135|Unmapped|Tg(elavl3:YC2)|ZDB-TGCONSTRCT-070117-151|2020-10-21
ZDB-ALT-070514-1|cf3Tg|||Tg(slc6a5:GFP)cf3|Transgenic Insertion|embryos treated with DNA||Joe Fetcho Lab|ZDB-LAB-970909-135|Unmapped|Tg(slc6a5:GFP)|ZDB-TGCONSTRCT-070514-1|2020-10-21
ZDB-ALT-070514-2|cf4Tg|||Tg(slc6a5:GFP)cf4|Transgenic Insertion|embryos treated with DNA||Joe Fetcho Lab|ZDB-LAB-970909-135|Unmapped|Tg(slc6a5:GFP)|ZDB-TGCONSTRCT-070514-1|2020-10-21
ZDB-ALT-190523-1|cf5Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR1-slc6a2, CRISPR2-slc6a2|Insertion occurred 6 bp upstream of the genomic DNA PAM site.|Joe Fetcho Lab|ZDB-LAB-970909-135|Chr: 7|Tg(hsp70l:Rno.Gap43-MA-TdTomato)|ZDB-TGCONSTRCT-190523-3|2020-10-21
ZDB-ALT-190523-2|cf6Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR1-slc6a2, CRISPR2-slc6a2|Insertion occurred 7 bp upstream of the genomic DNA PAM site.|Joe Fetcho Lab|ZDB-LAB-970909-135|Chr: 7|Tg(hsp70l:gap43-MA-ECFP)|ZDB-TGCONSTRCT-190523-2|2020-10-21
ZDB-ALT-190523-3|cf7Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR1-slc6a2, CRISPR2-slc6a2|Insertion occurred 24 base pairs upstream of the target PAM site, and a small indel is present.|Joe Fetcho Lab|ZDB-LAB-970909-135|Chr: 7|Tg(hsp70l:Hsa.H2B-GCaMP6f)|ZDB-TGCONSTRCT-190523-4|2020-10-21
ZDB-ALT-200423-5|cf8Tg||||Transgenic Insertion|embryos treated with DNA||Joe Fetcho Lab|ZDB-LAB-970909-135|Unmapped|Tg(en.crest1-hsp70l:Dendra2)|ZDB-TGCONSTRCT-190923-6|2020-10-21
ZDB-ALT-200423-6|cf9Tg||||Transgenic Insertion|embryos treated with DNA||Joe Fetcho Lab|ZDB-LAB-970909-135|Unmapped|Tg(en.crest1-hsp70l:GCaMP)|ZDB-TGCONSTRCT-190923-7|2020-10-21
ZDB-ALT-110201-1|ch100Tg|||Tg(isl1-hsp70l:mRFP)ch100, Tg(zCREST1:membRFP)|Transgenic Insertion|embryos treated with DNA|Membrane-targeted RFP is driven by the branchiomotor neuron-specific zCREST1 enhancer of the islet1 promoter.|Prince Lab|ZDB-LAB-971216-15|Unmapped|Tg(en.crest1-hsp70l:mRFP)|ZDB-TGCONSTRCT-110201-1|2020-10-21
ZDB-ALT-110725-2|ch101Tg|||Tg(-1.0ins:Hsa.INS-GFP)ch101|Transgenic Insertion|embryos treated with DNA||Prince Lab|ZDB-LAB-971216-15|Unmapped|Tg(-1.0ins:Hsa.INS-GFP)|ZDB-TGCONSTRCT-110725-2|2020-10-21
ZDB-ALT-110725-3|ch102Tg|||Tg(-1.0ins:Hsa.INS_C43G-GFP)ch102|Transgenic Insertion|DNA ||Prince Lab|ZDB-LAB-971216-15|Unmapped|Tg(-1.0ins:Hsa.INS_C43G-GFP)|ZDB-TGCONSTRCT-110725-3|2020-10-21
ZDB-ALT-170424-6|ch103Tg||||Transgenic Insertion|embryos treated with DNA||Prince Lab|ZDB-LAB-971216-15|Unmapped|Tg(en.crest1-hsp70l:Kaede)|ZDB-TGCONSTRCT-170424-2|2020-10-21
ZDB-ALT-170424-7|ch104Tg||||Transgenic Insertion|embryos treated with DNA||Prince Lab|ZDB-LAB-971216-15|Unmapped|||2020-10-21
ZDB-ALT-190206-3|ch105||||Small Deletion|embryos treated with CRISPR1-prickle1a||Prince Lab|ZDB-LAB-971216-15|Ambiguous|||2020-10-21
ZDB-ALT-191028-7|ch106Tg||||Transgenic Insertion|embryos treated with DNA||Prince Lab|ZDB-LAB-971216-15|Unmapped|Tg(isl1-hsp70l:LIFEACT-EGFP)|ZDB-TGCONSTRCT-191028-5|2020-10-21
ZDB-ALT-070920-2|ch1Tg|||Tg(hsp70l:cdx4)ch1|Transgenic Insertion|DNA ||Robert Ho Lab|ZDB-LAB-980414-2|Unmapped|Tg(hsp70l:cdx4)|ZDB-TGCONSTRCT-070920-2|2020-10-21
ZDB-ALT-170412-1|ch200||||Small Deletion|embryos treated with TALEN1-ythdf2|8 bp deletion upstream of the YTH RNA-binding domain|Chuan He Lab|ZDB-LAB-170412-1|Chr: 17|||2020-10-21
ZDB-ALT-160517-1|ch2Tg|This feature is representative of one or more unknown insertion sites.||Et(hand2:eGFP)|Transgenic Insertion|embryos treated with DNA|The transposon insertion site in Et(hand2:eGFP)ch2 is mapped at the 5’ UTR of hand2.|Robert Ho Lab|ZDB-LAB-980414-2|Chr: 1|Tg2(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-151015-1|2020-10-21
ZDB-ALT-190703-4|ch3||||Insertion|embryos treated with CRISPR1-tbx5b|The 4 bp insertion in the first intron would result in a splicing error where the first intron is not spliced from the protein, leading to a frameshift starting at amino acid 53 and a premature stop codon after 16 incorrect amino acids. The protein would be truncated before the highly conserved TBOX and likely be completely nonfunctional.|Robert Ho Lab|ZDB-LAB-980414-2|Chr: 5|||2020-10-21
ZDB-ALT-190321-1|ch300Tg|||zf2057Tg|Transgenic Insertion|||Shubin Lab|ZDB-LAB-150427-2|Unmapped|Tg(en.island1-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-190321-1|2020-10-21
ZDB-ALT-190321-3|ch301Tg|||zf2059Tg|Transgenic Insertion|embryos treated with DNA||Shubin Lab|ZDB-LAB-150427-2|Unmapped|Tg(Loc.Island1-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-190321-2|2020-10-21
ZDB-ALT-190321-4|ch302Tg|||zf2060Tg|Transgenic Insertion|embryos treated with DNA||Shubin Lab|ZDB-LAB-150427-2|Unmapped|Tg(Loc.E16-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-190321-3|2020-10-21
ZDB-ALT-190321-2|ch303Tg|||zf2058Tg|Transgenic Insertion|embryos treated with DNA||Shubin Lab|ZDB-LAB-150427-2|Unmapped|Tg(Loc.Csb-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-190321-4|2020-10-21
ZDB-ALT-190321-5|ch304Tg|||zf2061Tg|Transgenic Insertion|embryos treated with DNA||Shubin Lab|ZDB-LAB-150427-2|Unmapped|Tg(Mmu.Island1-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-190321-5|2020-10-21
ZDB-ALT-190321-6|ch305Tg|||zf2062Tg|Transgenic Insertion|embryos treated with DNA||Shubin Lab|ZDB-LAB-150427-2|Unmapped|Tg(Mmu.Island2-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-190321-6|2020-10-21
ZDB-ALT-190321-7|ch306Tg|||zf2063Tg|Transgenic Insertion|embryos treated with DNA||Shubin Lab|ZDB-LAB-150427-2|Unmapped|Tg(Mmu.Island4-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-190321-7|2020-10-21
ZDB-ALT-190820-2|ch307||||Complex|embryos treated with CRISPR1-hoxa13a, CRISPR2-hoxa13a|Contains both a -5 bp deletion and a -3 bp deletion.|Shubin Lab|ZDB-LAB-150427-2|Unmapped|||2020-10-21
ZDB-ALT-190820-1|ch308||||Indel|embryos treated with CRISPR1-hoxa13b, CRISPR2-hoxa13b||Shubin Lab|ZDB-LAB-150427-2|Chr: 16|||2020-10-21
ZDB-ALT-190820-3|ch309Tg||||Transgenic Insertion|embryos treated with DNA||Shubin Lab|ZDB-LAB-150427-2|Unmapped|Tg(4xLoc.e16:Cre)|ZDB-TGCONSTRCT-190820-3|2020-10-21
ZDB-ALT-190820-4|ch310Tg||||Transgenic Insertion|embryos treated with DNA||Shubin Lab|ZDB-LAB-150427-2|Unmapped|Tg(3xnccr.65:Cre)|ZDB-TGCONSTRCT-190820-2|2020-10-21
ZDB-ALT-110720-1|chb1Tg|||Tg(myl7:mCherry)chb1|Transgenic Insertion|embryos treated with DNA||Mably Lab|ZDB-LAB-050429-1|Unmapped|Tg(myl7:mCherry)|ZDB-TGCONSTRCT-110720-1|2020-10-21
ZDB-ALT-151215-6|chb2Tg||||Transgenic Insertion|embryos treated with DNA||Mably Lab|ZDB-LAB-050429-1|Unmapped|Tg(myl7:NLS-EGFP)|ZDB-TGCONSTRCT-151215-5|2020-10-21
ZDB-ALT-160314-1|chi1|||cd1|Small Deletion|embryos treated with TALEN1-mib2|This allele is the result of an 8 bp deletion in exon 6 of the mib2 gene, resulting in a stop codon in the first ankyrin repeat domain, A538stop.|Itoh Lab|ZDB-LAB-160210-1|Chr: 8|||2020-10-21
ZDB-ALT-160314-3|chi2|||cd2|Complex|embryos treated with TALEN1-mib2|This allele is the result of a 1 bp insertion and an 8 bp deletion in exon 6 of the mib2 gene, resulting in a stop codon in the first ankyrin repeat domain, Q531stop.|Itoh Lab|ZDB-LAB-160210-1|Chr: 8|||2020-10-21
ZDB-ALT-160314-2|chi3|||cd3|Small Deletion|embryos treated with TALEN1-mib2|This allele is the result of an 8 bp deletion in exon 6 of the mib2 gene, resulting in a stop codon in the first ankyrin repeat domain, I536stop.|Itoh Lab|ZDB-LAB-160210-1|Chr: 8|||2020-10-21
ZDB-ALT-161117-2|chi4Tg||||Transgenic Insertion|embryos treated with DNA||Itoh Lab|ZDB-LAB-160210-1|Unmapped|Tg(10xUAS:LIFEACT-mCherry)|ZDB-TGCONSTRCT-161117-1|2020-10-21
ZDB-ALT-161117-3|chi6Tg||||Transgenic Insertion|embryos treated with DNA||Itoh Lab|ZDB-LAB-160210-1|Unmapped|Tg(10xUAS:Mmu.Mapre1-mCherry)|ZDB-TGCONSTRCT-161117-2|2020-10-21
ZDB-ALT-161117-4|chi7Tg||||Transgenic Insertion|embryos treated with DNA||Itoh Lab|ZDB-LAB-160210-1|Unmapped|Tg(10xUAS:LIFEACT-EGFP)|ZDB-TGCONSTRCT-161117-3|2020-10-21
ZDB-ALT-050209-34|chrd_unspecified|||chd_unspecified, un_chd, un_din, unspecified_chd|Unspecified|||||Chr: 15|||2020-10-21
ZDB-ALT-131107-10|ci1001Tg|||cch1, Tg(actb2:GAL4-rarab)ci1001|Transgenic Insertion|embryos treated with DNA||Waxman Lab|ZDB-LAB-100121-1|Unmapped|Tg(actb2:GAL4-rarab)|ZDB-TGCONSTRCT-131107-3|2020-10-21
ZDB-ALT-131107-12|ci1002Tg|||cch2, Tg(actb2:GAL4-VP16-rarab)ci1002|Transgenic Insertion|embryos treated with DNA||Waxman Lab|ZDB-LAB-100121-1|Unmapped|Tg(actb2:GAL4-VP16-rarab)|ZDB-TGCONSTRCT-131107-4|2020-10-21
ZDB-ALT-131107-11|ci1004Tg|||cch4, Tg(actb2:GAL4-rarab)ci1004|Transgenic Insertion|embryos treated with DNA||Waxman Lab|ZDB-LAB-100121-1|Unmapped|Tg(actb2:GAL4-rarab)|ZDB-TGCONSTRCT-131107-3|2020-10-21
ZDB-ALT-131107-13|ci1005Tg|||cch5, Tg(actb2:GAL4-VP16-rarab)ci1005|Transgenic Insertion|embryos treated with DNA||Waxman Lab|ZDB-LAB-100121-1|Unmapped|Tg(actb2:GAL4-VP16-rarab)|ZDB-TGCONSTRCT-131107-4|2020-10-21
ZDB-ALT-131107-14|ci1006Tg|||cch6, Tg(actb2:GAL4-VP16-rarab)ci1006|Transgenic Insertion|embryos treated with DNA||Waxman Lab|ZDB-LAB-100121-1|Unmapped|Tg(actb2:GAL4-VP16-rarab)|ZDB-TGCONSTRCT-131107-4|2020-10-21
ZDB-ALT-190925-15|ci1008Tg||||Transgenic Insertion|embryos treated with DNA||Waxman Lab|ZDB-LAB-100121-1|Unmapped|Tg(hsp70l:EGFP-dnHsa.RARA)|ZDB-TGCONSTRCT-190925-6|2020-10-21
ZDB-ALT-180606-10|ci1009||||Small Deletion|embryos treated with CRISPR1-nr2f1a||Waxman Lab|ZDB-LAB-100121-1|Chr: 5|||2020-10-21
ZDB-ALT-200518-1|ci1010||||Small Deletion|embryos treated with CRISPR1-ripply3, CRISPR2-ripply3||Waxman Lab|ZDB-LAB-100121-1|Chr: 10|||2020-10-21
ZDB-ALT-191104-11|ci1011Tg||||Transgenic Insertion|embryos treated with DNA||Waxman Lab|ZDB-LAB-100121-1|Unmapped|Tg(hsp70l:GFP-ripply3)|ZDB-TGCONSTRCT-191104-2|2020-10-21
ZDB-ALT-151209-8|ci104Tg||||Transgenic Insertion|embryos treated with DNA||Waxman Lab|ZDB-LAB-100121-1|Unmapped|Tg(hsp70l:EGFP-VP16-dnrarab,cryaa:DsRed)|ZDB-TGCONSTRCT-151209-3|2020-10-21
ZDB-ALT-191016-1|ci15||||Small Deletion|embryos treated with TALEN1-clec14a||Sumanas Lab|ZDB-LAB-110128-1|Chr: 17|||2020-10-21
ZDB-ALT-190510-3|ci16||||Small Deletion|embryos treated with TALEN1-col22a1|Homozygous mutant embryos and larvae appear normal and are viable to adulthood. A fraction of homozygous mutant adults develop hemorrhages around the eyes.  Mutant vasculature shows an increased susceptibility to hemorrhage under mechanical or thermal stress.; This mutation maps to a scaffold with the following coordinates KN150214.1:143922 - KN150214.1:143926.|Sumanas Lab|ZDB-LAB-110128-1|Unmapped|||2020-10-21
ZDB-ALT-190510-4|ci18Tg||||Transgenic Insertion|embryos treated with DNA||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|Tg(hsp70l:Hsa.COL22A1-2A-mCherry,cryaa:DsRed)|ZDB-TGCONSTRCT-190510-5|2020-10-21
ZDB-ALT-110131-53|ci1Tg|||Tg(etv2:EGFP)ci1|Transgenic Insertion|embryos treated with DNA||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|TgBAC(etsrp:EGFP)|ZDB-TGCONSTRCT-110131-44|2020-10-21
ZDB-ALT-181003-1|ci200||||Indel|embryos treated with CRISPR1-abcb11b|Homozygotes begin to show increased mortality at 11 dpf. Very low survival to adulthood (2/54 = 3.7%) due to severely compromised liver function.; CRISPR/Cas9 mutagenesis was used to target the eighth exon of the <i>abcb11b</i> gene.  The resulting <i>ci200</i> allele has a 1-bp deletion, a 3-bp insertion, and a T to A nucleotide change. The mutation results in a frameshift and premature stop. The mutant protein is predicted to retain only the first transmembrane helix and the first extracellular loop but to lack the remaining 11 transmembrane helices and both nucleotide binding folds.
<font face = "courier new" size = "+1" >
abcb11b_(WT)______ GGCATCGGAGCAGGGGTCTTCAT---TCTTGGATACCTCC
__________________ ********************_**___***_**********
abcb11b_(ci200)___ GGCATCGGAGCAGGGGTCTT-ATACCTCTAGGATACCTCC
</font>|Chunyue Yin Lab|ZDB-LAB-121129-1|Chr: 11|||2020-10-21
ZDB-ALT-181003-2|ci202Tg||||Transgenic Insertion|embryos treated with DNA||Chunyue Yin Lab|ZDB-LAB-121129-1|Unmapped|Tg(fabp10a:Hsa.ABCB11-GFP)|ZDB-TGCONSTRCT-181003-1|2020-10-21
ZDB-ALT-160505-1|ci25Tg||||Transgenic Insertion|embryos treated with DNA||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|Tg(hsp70l:vegfc,myl7:EGFP)|ZDB-TGCONSTRCT-160505-1|2020-10-21
ZDB-ALT-180920-3|ci29Tg||||Transgenic Insertion|embryos treated with DNA||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|Tg(fli1:flt4-2A-mCherry)|ZDB-TGCONSTRCT-180920-1|2020-10-21
ZDB-ALT-110131-54|ci2Tg|||Tg(etv2:EGFP)ci2|Transgenic Insertion|embryos treated with DNA||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|TgBAC(etsrp:EGFP)|ZDB-TGCONSTRCT-110131-44|2020-10-21
ZDB-ALT-190510-5|ci31Tg||||Transgenic Insertion|embryos treated with DNA||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|Tg(hsp70l:Hsa.COL22A1_E736D-2A-mCherry,cryaa:DsRed)|ZDB-TGCONSTRCT-190510-6|2020-10-21
ZDB-ALT-201012-8|ci32Gt|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR2-etsrp||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|Gt(CRISPR2-etsrp-2A-GAL4)|ZDB-GTCONSTRCT-201012-1|2020-10-21
ZDB-ALT-110131-55|ci3Tg|||Tg(etv2:EGFP)ci3|Transgenic Insertion|embryos treated with DNA||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|TgBAC(etsrp:EGFP)|ZDB-TGCONSTRCT-110131-44|2020-10-21
ZDB-ALT-110131-56|ci4Tg|||Tg(etv2:EGFP)ci4|Transgenic Insertion|embryos treated with DNA||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|TgBAC(etsrp:EGFP)|ZDB-TGCONSTRCT-110131-44|2020-10-21
ZDB-ALT-110131-57|ci5Tg|||Tg(-6.5kdrl:mCherry)ci5|Transgenic Insertion|embryos treated with DNA||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|Gt(2A-GAL4-VP16), Tg(-6.5kdrl:mCherry)|ZDB-GTCONSTRCT-200427-1, ZDB-TGCONSTRCT-110131-46|2020-10-21
ZDB-ALT-130717-1|ci6Tg|||TgBAC(etv2:Kaede)ci6|Transgenic Insertion|embryos treated with DNA||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|TgBAC(etsrp:Kaede)|ZDB-TGCONSTRCT-130717-1|2020-10-21
ZDB-ALT-151110-3|ci8Tg||||Transgenic Insertion|embryos treated with DNA||Sumanas Lab|ZDB-LAB-110128-1|Unmapped|Tg(fli1:hand2-2A-mCherry)|ZDB-TGCONSTRCT-151110-2|2020-10-21
ZDB-ALT-170425-1|cif1Tg||||Transgenic Insertion|embryos treated with DNA||Chaudhari Lab|ZDB-LAB-170328-1|Unmapped|Tg(Pvi.Mt1:DsRed)|ZDB-TGCONSTRCT-170502-2|2020-10-21
ZDB-ALT-180522-2|cig1|||Ma1|Small Deletion|embryos treated with CRISPR1-mstna||Pei Lab, Research Center for Environment and Health (RCEH)|ZDB-LAB-131003-1|Chr: 22|||2020-10-21
ZDB-ALT-180522-3|cig2|||Ma2|Small Deletion|embryos treated with CRISPR1-mstna||Pei Lab, Research Center for Environment and Health (RCEH)|ZDB-LAB-131003-1|Chr: 22|||2020-10-21
ZDB-ALT-180522-4|cig3|||Mb1|Small Deletion|embryos treated with CRISPR1-mstnb||Pei Lab, Research Center for Environment and Health (RCEH)|ZDB-LAB-131003-1|Chr: 9|||2020-10-21
ZDB-ALT-180615-2|cig4aTg|This feature is representative of one or more unknown insertion sites.||cig4Tg, CM2|Transgenic Insertion|embryos treated with DNA|The location of cyp1a:mCherry is on Chr.4 between tspan11 and sema3aa.  It is  0.7 KB downstream of tspan11  and 10Kb upstream of sema3aa.|Pei Lab, Research Center for Environment and Health (RCEH)|ZDB-LAB-131003-1|Unmapped|Tg(cyp1a:mCherry)|ZDB-TGCONSTRCT-180615-2|2020-10-21
ZDB-ALT-180628-9|cig4bTg|||cig4Tg, CM2|Transgenic Insertion|embryos treated with DNA|The construct, cyp1a:mCherry, inserted in repetitive sequence.   The sequence is found on chr. 4, 13 and 16 and the insertion may be at any of these sites.|Pei Lab, Research Center for Environment and Health (RCEH)|ZDB-LAB-131003-1|Unmapped|Tg(cyp1a:mCherry)|ZDB-TGCONSTRCT-180615-2|2020-10-21
ZDB-ALT-180615-3|cig5Tg|This feature is representative of one or more unknown insertion sites.||CM3|Transgenic Insertion|embryos treated with DNA|The insertion site is on Chr. 22 between elfn2a and mfng. It is located 23Kb downstream of elfn2a and 0.5 Kb upstream of mfng.|Pei Lab, Research Center for Environment and Health (RCEH)|ZDB-LAB-131003-1|Unmapped|Tg(cyp1a:mCherry)|ZDB-TGCONSTRCT-180615-2|2020-10-21
ZDB-ALT-181203-1|cig6Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR3-gfap||Pei Lab, Research Center for Environment and Health (RCEH)|ZDB-LAB-131003-1|Chr: 3|Tg(2A-mCherry)|ZDB-TGCONSTRCT-181203-1|2020-10-21
ZDB-ALT-181203-2|cig7Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR1-fli1||Pei Lab, Research Center for Environment and Health (RCEH)|ZDB-LAB-131003-1|Chr: 18|Tg(2A-mCherry)|ZDB-TGCONSTRCT-181203-1|2020-10-21
ZDB-ALT-181203-3|cig8Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR3-gata1a||Pei Lab, Research Center for Environment and Health (RCEH)|ZDB-LAB-131003-1|Chr: 11|Tg(2A-mCherry)|ZDB-TGCONSTRCT-181203-1|2020-10-21
ZDB-ALT-181203-8|cig9Tg||||Transgenic Insertion|embryos treated with DNA||Pei Lab, Research Center for Environment and Health (RCEH)|ZDB-LAB-131003-1|Unmapped|Tg2(cyp1a:mCherry)|ZDB-TGCONSTRCT-181203-5|2020-10-21
ZDB-ALT-110705-4|cj100Tg|||Tg(be:mRFP)cj100, Tg(BmpRE:mRFP)cj100|Transgenic Insertion|embryos treated with DNA||Hill Lab|ZDB-LAB-110602-1|Unmapped|Tg(BMPRE:mRFP)|ZDB-TGCONSTRCT-110705-4|2020-10-21
ZDB-ALT-080910-3|cj1Tg|||TgBAC_BX537304(her1:d1EGFP)cj1, TgBAC(her1:d1EGFP)cj1|Transgenic Insertion|embryos treated with DNA||Vertebrate Development Laboratory|ZDB-LAB-011022-1|Unmapped|TgBAC(her1:d1EGFP)|ZDB-TGCONSTRCT-080910-2|2020-10-21
ZDB-ALT-111004-2|cj2Tg|||Tg(UAS:dlc)cj2|Transgenic Insertion|embryos treated with DNA||Vertebrate Development Laboratory|ZDB-LAB-011022-1|Unmapped|Tg(UAS:dlc)|ZDB-TGCONSTRCT-111004-1|2020-10-21
ZDB-ALT-101026-1|cj3Tg|||cj2, MAZe, Tg(Xla.Ef1a:Gal4-VP16,hsp70l:Cre,UAS:nlsRFP)cj2, Tg(Xla.Ef1a:Gal4-VP16,hsp70l:Cre,UAS:nlsRFP)cj3|Transgenic Insertion|embryos treated with DNA||Vertebrate Development Laboratory|ZDB-LAB-011022-1|Unmapped|Tg(Xla.Ef1a:GAL4-VP16,hsp70l:Cre,UAS:NLS-RFP)|ZDB-TGCONSTRCT-101026-1|2020-10-21
ZDB-ALT-140508-1|cj4Tg||||Transgenic Insertion|embryos treated with DNA||Vertebrate Development Laboratory|ZDB-LAB-011022-1|Unmapped|Tg(UAS:HA-Xla.Ctnnb)|ZDB-TGCONSTRCT-140508-1|2020-10-21
ZDB-ALT-180307-1|ck001a|||cnu1|Small Deletion|embryos treated with zinc finger nuclease||Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Unmapped|||2020-10-21
ZDB-ALT-180307-2|ck001b|||cnu2|Small Deletion|embryos treated with zinc finger nuclease||Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Unmapped|||2020-10-21
ZDB-ALT-181004-1|ck004a|||cnu004a|Small Deletion|embryos treated with zinc finger nuclease|The 23 bp deletion is predicted to result in the loss of all functional domains of the protein.|Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Ambiguous|||2020-10-21
ZDB-ALT-160817-4|ck018||||Small Deletion|embryos treated with TALEN1-mcrs1||Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Chr: 11|||2020-10-21
ZDB-ALT-151105-5|ck035a|||cnu035a|Small Deletion|embryos treated with TALEN1-zc4h2|treatment with TALENs created a 11 bp deleton in the zc4h2 gene that caused a frameshift mutation leading to a truncated protein.|Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Ambiguous|||2020-10-21
ZDB-ALT-151105-6|ck035b|||cnu035b|Small Deletion|embryos treated with TALEN1-zc4h2|treatment with TALENs created a 2 bp deleton in the zc4h2 gene that caused a frameshift mutation leading to a truncated protein.|Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Ambiguous|||2020-10-21
ZDB-ALT-170119-6|ck112a||||Insertion|embryos treated with CRISPR1-tyr|protein truncated in the EGF-like somain|Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Chr: 15|||2020-10-21
ZDB-ALT-200723-3|ck112b||||Indel|embryos treated with CRISPR1-tyr||Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Chr: 15|||2020-10-21
ZDB-ALT-110127-7|ck1Tg|||Tg(mbp:EGFP)ck1|Transgenic Insertion|embryos treated with DNA||Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Unmapped|Tg(mbp:EGFP)|ZDB-TGCONSTRCT-110127-5|2020-10-21
ZDB-ALT-130614-1|ck2Tg|||Tg(eef1a1l1:Kaede)ck2|Transgenic Insertion|embryos treated with DNA||Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Unmapped|Tg(eef1a1l1:Kaede)|ZDB-TGCONSTRCT-130614-1|2020-10-21
ZDB-ALT-150714-1|ck3Tg||||Transgenic Insertion|embryos treated with DNA||Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Unmapped|Tg(-2.2col10a1a:GFP)|ZDB-TGCONSTRCT-150714-1|2020-10-21
ZDB-ALT-150205-3|ck4Tg||||Transgenic Insertion|embryos treated with DNA||Cheol-Hee Kim Lab|ZDB-LAB-020703-1|Unmapped|Tg(hsp70l:vegfaa)|ZDB-TGCONSTRCT-150205-3|2020-10-21
ZDB-ALT-150122-2|cku1Tg||||Transgenic Insertion|embryos treated with DNA||TF Fu Lab|ZDB-LAB-150122-1|Unmapped|Tg(hsp70l:EGFP-ggh)|ZDB-TGCONSTRCT-150122-1|2020-10-21
ZDB-ALT-150122-3|cku2Tg||||Transgenic Insertion|embryos treated with DNA||TF Fu Lab|ZDB-LAB-150122-1|Unmapped|Tg(hsp70l:EGFP-ggh_108C>A)|ZDB-TGCONSTRCT-150122-2|2020-10-21
ZDB-ALT-150122-4|cku3Tg||||Transgenic Insertion|embryos treated with DNA||TF Fu Lab|ZDB-LAB-150122-1|Unmapped|Tg(hsp70l:EGFP-ggh,fabp10a:mCherry)|ZDB-TGCONSTRCT-150122-3|2020-10-21
ZDB-ALT-110429-5|cl100|||sapje-like|Point Mutation|adult males treated with ENU|This allele has a G to A base change in the exon 62 donor splice junction of dystrophin (dmd).|Kunkel Lab|ZDB-LAB-131009-1|Chr: 1|||2020-10-21
ZDB-ALT-131010-1|cl101Tg|||Tg(-2.2myl7:mir199-001)cl101|Transgenic Insertion|embryos treated with DNA||Kunkel Lab|ZDB-LAB-131009-1|Unmapped|Tg(-2.2myl7:mir199-001)|ZDB-TGCONSTRCT-131010-1|2020-10-21
ZDB-ALT-190813-1|cl102Tg||||Transgenic Insertion|embryos treated with DNA||Kunkel Lab|ZDB-LAB-131009-1|Unmapped|Tg(mylpfa:LOXP-EGFP-LOXP-Hsa.DUX4-mCherry,mylpfa:EGFP)|ZDB-TGCONSTRCT-190813-1|2020-10-21
ZDB-ALT-170608-19|cl201||||Insertion|embryos treated with CRISPR3-mymk|dn9 chr5:68937959insT; Exon 3  insertion of  T at position c.434. This causes a predicted frameshift 33 aminmo acids after p.Val106|Engle Lab|ZDB-LAB-170531-1|Chr: 5|||2020-10-21
ZDB-ALT-110816-1|cl500|||patchytail|Point Mutation|adult males treated with ENU|The point mutation identified in patchytail dag1-mutated fish (c.1700T>A) results in a missense amino acid change of valine (V) to aspartic acid (D) (p.V567D). This change is present in the C-terminal domain of alpha-dystroglycan that is required for DGC (dystrophin-glycoprotein complex) assembly by interacting with the C-terminal domain of beta-dystroglycan. 
( adapted from <a href="http://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-110214-7">Gupta et al. 2011</a> )|Beggs Lab|ZDB-LAB-110606-2|Chr: 22|||2020-10-21
ZDB-ALT-110816-2|cl501|||candyfloss|Point Mutation|adult males treated with ENU|G to A transition at a donor splice site in intron 33.|Beggs Lab|ZDB-LAB-110606-2|Chr: 20|||2020-10-21
ZDB-ALT-180410-2|cl600||||Small Deletion|embryos treated with CRISPR1-osgep|Guide RNA 3 against osgep (NM_001017751.2) induced a deletion of 10 bp in Exon 2 (c.169_178del) resulting in a truncated protein (p.Gln58Serfs*6).|Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 4|||2020-10-21
ZDB-ALT-180410-3|cl601||||Small Deletion|embryos treated with CRISPR3-tprkb|Guide RNA 2 against tprkb (NM_001007373.1) induced a deletion of 29 bp in Exon 2 (c.356_384del) resulting in a truncated protein (p.Ile119Thrfs*4).|Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 4|||2020-10-21
ZDB-ALT-180625-5|cl602||||Small Deletion|embryos treated with CRISPR2-osgep, CRISPR3-osgep, CRISPR4-osgep||Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 4|||2020-10-21
ZDB-ALT-180625-6|cl603||||Indel|embryos treated with CRISPR2-tprkb, CRISPR4-tprkb, CRISPR5-tprkb||Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 4|||2020-10-21
ZDB-ALT-180629-3|cl604||||Indel|||Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 4|||2020-10-21
ZDB-ALT-180629-4|cl605||||Indel|||Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 4|||2020-10-21
ZDB-ALT-180629-5|cl606||||Indel|||Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 4|||2020-10-21
ZDB-ALT-180629-6|cl607||||Indel|||Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 4|||2020-10-21
ZDB-ALT-180629-7|cl608||||Small Deletion|||Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 25|||2020-10-21
ZDB-ALT-180629-8|cl609||||Small Deletion|||Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 25|||2020-10-21
ZDB-ALT-190918-33|cl701|||c.323_332delGAGCCTGTATinsGCT, p.Arg107Cysfs*15, Dr_NUP85_c323_332del10ins3|Indel|embryos treated with CRISPR1-nup85||Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 3|||2020-10-21
ZDB-ALT-190918-32|cl702|||c.50_56del7, p.Thr81Argfs*74, Dr_NUP107_c.50-56del|Small Deletion|embryos treated with CRISPR1-nup107||Hildebrandt Lab|ZDB-LAB-180327-2|Chr: 4|||2020-10-21
ZDB-ALT-091027-54|cldn15lb_unrecovered|||un_cldn10l1b, unrec_cldn10l1b, unrec_cldn15lb, unrecovered_cldn15lb, unrec_zgc92349|Point Mutation|adult males treated with ENU||||Chr: 15|||2020-10-21
ZDB-ALT-020313-4|cm1||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020315-2|cm10||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-2|cm11||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-4|cm12||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-6|cm13||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-8|cm14||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-10|cm15||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-12|cm16||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-14|cm17||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-16|cm18||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-18|cm19||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020313-2|cm2||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-20|cm20||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-22|cm21||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020315-4|cm22||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-24|cm23||||Unknown|||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-26|cm24||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-32|cm25||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-28|cm26||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020314-30|cm27||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020313-6|cm3||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020313-8|cm4||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020313-10|cm5||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020313-12|cm6||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020313-14|cm7||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020313-16|cm8||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-020313-18|cm9||||Unknown|spontaneous ||McCune Lab|ZDB-LAB-020313-1|Unmapped|||2020-10-21
ZDB-ALT-180503-2|cmg35||||Small Deletion|embryos treated with CRISPR1-brca2|c.534del13
p.V178fs|Center for Medical Genetics Ghent (CMGG)|ZDB-LAB-151106-1|Chr: 15|||2020-10-21
ZDB-ALT-200727-1|cmg52||||Small Deletion|embryos treated with CRISPR1-abcc6a||Center for Medical Genetics Ghent (CMGG)|ZDB-LAB-151106-1|Chr: 6|||2020-10-21
ZDB-ALT-190206-2|cmr1Tg||||Transgenic Insertion|embryos treated with DNA||Raya Lab|ZDB-LAB-130114-1|Unmapped|Tg(actb2:ERT2-Cre-ERT2)|ZDB-TGCONSTRCT-190206-2|2020-10-21
ZDB-ALT-090309-2|cms1Tg|||Tg(XlEef1a1:mlsEGFP)zf130, zf130Tg|Transgenic Insertion|embryos treated with DNA||Seok-Yong Choi Lab|ZDB-LAB-151008-5|Unmapped|Tg(Xla.Eef1a1:mlsEGFP)|ZDB-TGCONSTRCT-090309-1|2020-10-21
ZDB-ALT-151012-1|cms2Tg||||Transgenic Insertion|embryos treated with DNA||Seok-Yong Choi Lab|ZDB-LAB-151008-5|Unmapped|TgBAC(cyp1a:NLS-EGFP)|ZDB-TGCONSTRCT-150928-7|2020-10-21
ZDB-ALT-201015-5|cms3Tg||||Transgenic Insertion|embryos treated with DNA||Seok-Yong Choi Lab|ZDB-LAB-151008-5|Unmapped|Tg(mylpfa:Hsa.SCN4A-2A-EGFP)|ZDB-TGCONSTRCT-201015-1|2020-10-21
ZDB-ALT-201015-6|cms4Tg||||Transgenic Insertion|embryos treated with DNA||Seok-Yong Choi Lab|ZDB-LAB-151008-5|Unmapped|Tg(mylpfa:Hsa.SCN4A_N440K-2A-EGFP)|ZDB-TGCONSTRCT-201015-2|2020-10-21
ZDB-ALT-191212-1|cn100||||Small Deletion|||de la Pompa Lab|ZDB-LAB-191119-1|Unmapped|||2020-10-21
ZDB-ALT-191212-2|cn101||||Insertion|||de la Pompa Lab|ZDB-LAB-191119-1|Unmapped|||2020-10-21
ZDB-ALT-200124-4|cn102||||Indel|||de la Pompa Lab|ZDB-LAB-191119-1|Unmapped|||2020-10-21
ZDB-ALT-200124-5|cn103||||Small Deletion|||de la Pompa Lab|ZDB-LAB-191119-1|Unmapped|||2020-10-21
ZDB-ALT-200124-6|cn104||||Insertion|||de la Pompa Lab|ZDB-LAB-191119-1|Unmapped|||2020-10-21
ZDB-ALT-200124-7|cn105||||Indel|||de la Pompa Lab|ZDB-LAB-191119-1|Unmapped|||2020-10-21
ZDB-ALT-200124-8|cn106||||Insertion|||de la Pompa Lab|ZDB-LAB-191119-1|Unmapped|||2020-10-21
ZDB-ALT-170711-13|cn10Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(-6.8wt1a:Cre-ERT2)|ZDB-TGCONSTRCT-170711-9|2020-10-21
ZDB-ALT-170711-14|cn11Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(col1a2:LOXP-mCherry-NTR)|ZDB-TGCONSTRCT-170711-10|2020-10-21
ZDB-ALT-170823-7|cn12Et||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Et(-26.5Hsa.WT1-gata2a:EGFP)|ZDB-ETCONSTRCT-170823-1|2020-10-21
ZDB-ALT-171107-1|cn13Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(tbx5a:tdTomato)|ZDB-TGCONSTRCT-171107-1|2020-10-21
ZDB-ALT-180604-1|cn14Tg|||Tg(GFP-5xUAS-wt1bDN;cryaa:eCFP)|Transgenic Insertion|||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(5xUAS:wt1b,GFP,cryaa:ECFP)|ZDB-TGCONSTRCT-190724-5|2020-10-21
ZDB-ALT-190528-2|cn15Tg|||Tg(GFP-5xUAS-RFP;cryaa:eCFP)|Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(5xUAS:GFP,RFP,cryaa:ECFP)|ZDB-TGCONSTRCT-190724-4|2020-10-21
ZDB-ALT-190528-3|cn16Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(mpeg1.1:mCherry,cryaa:mCherry)|ZDB-TGCONSTRCT-190724-6|2020-10-21
ZDB-ALT-200204-8|cn17Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(sox10:Cre-ERT2)|ZDB-TGCONSTRCT-200204-2|2020-10-21
ZDB-ALT-200602-1|cn18Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|||2020-10-21
ZDB-ALT-200623-1|cn19Tg||||Transgenic Insertion|||Mercader Lab|ZDB-LAB-121205-1|Unmapped|||2020-10-21
ZDB-ALT-131231-1|cn1Et|||cn1Tg, Et(FRT-Xla.Actc1:DsRed-GAB-FRT,LOXP-Hsa.WT1-LOXP-gata2a:EGFP-5HS4)cn1|Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Et(FRT-Xla.Actc1:DsRed-GAB-FRT,LOXP-Hsa.WT1-LOXP-gata2a:EGFP-5HS4)|ZDB-ETCONSTRCT-131231-1|2020-10-21
ZDB-ALT-151222-4|cn2Tg|||Hulk|Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(-3.5ubb:LOXP-LacZ-LOXP-egfp)|ZDB-TGCONSTRCT-151222-1|2020-10-21
ZDB-ALT-161004-1|cn3Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(tbx5a:Cre-ERT2)|ZDB-TGCONSTRCT-161004-1|2020-10-21
ZDB-ALT-161004-2|cn4Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(tbx5a:mCherry-2A-Cre-ERT2)|ZDB-TGCONSTRCT-161004-2|2020-10-21
ZDB-ALT-170711-2|cn5Tg|||Tg(vmhcl:LOXP-MYC-BFP-STOP-LOXP-NTR-mCherry)|Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(myh7l:LOXP-MYC-BFP-STOP-LOXP-NTR-mCherry)|ZDB-TGCONSTRCT-161004-3|2020-10-21
ZDB-ALT-170711-3|cn6Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(postnb:Citrine)|ZDB-TGCONSTRCT-180131-1|2020-10-21
ZDB-ALT-170711-4|cn7Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(postnb:Cre-ERT2)|ZDB-TGCONSTRCT-180131-2|2020-10-21
ZDB-ALT-170711-11|cn8Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(col1a2:LOXP-TagBFP-LOXP-mCherry-NTR)|ZDB-TGCONSTRCT-170711-7|2020-10-21
ZDB-ALT-170711-12|cn9Tg||||Transgenic Insertion|embryos treated with DNA||Mercader Lab|ZDB-LAB-121205-1|Unmapped|Tg(fli1:Cre-ERT2)|ZDB-TGCONSTRCT-170711-8|2020-10-21
ZDB-ALT-140402-3|cnu1Tg||||Transgenic Insertion|embryos treated with DNA||CF Ken Lab|ZDB-LAB-140226-1|Unmapped|Tg(fabp10a:cpYFP)|ZDB-TGCONSTRCT-140326-2|2020-10-21
ZDB-ALT-190906-3|co1000|||Allele #2|Small Deletion|embryos treated with TALEN1-pcdh10a||Artinger Lab|ZDB-LAB-030703-1|Chr: 1|||2020-10-21
ZDB-ALT-190314-6|co1007|||ALLELE # 1|Complex|embryos treated with TALEN1-kat2a|This line contains both a deletion and a point mutation.|Artinger Lab|ZDB-LAB-030703-1|Chr: 3|||2020-10-21
ZDB-ALT-190314-7|co1008|||Allele #1|Complex|embryos treated with CRISPR1-kat2b|This line contains two indel (insertion and deletion) mutations.|Artinger Lab|ZDB-LAB-030703-1|Chr: 19|||2020-10-21
ZDB-ALT-190906-4|co1009|||Allele #1|Small Deletion|embryos treated with CRISPR1-pcdh10b||Artinger Lab|ZDB-LAB-030703-1|Chr: 14|||2020-10-21
ZDB-ALT-130212-5|co10Tg|||Tg(hand2:mCherry,myl7:EGFP)co10|Transgenic Insertion|embryos treated with DNA||Clouthier Lab|ZDB-LAB-130211-1|Unmapped|Tg(hand2:mCherry,myl7:EGFP)|ZDB-TGCONSTRCT-130212-2|2020-10-21
ZDB-ALT-130212-6|co11Tg|||Tg(hand2:mCherry,myl7:EGFP)co11|Transgenic Insertion|embryos treated with DNA||Clouthier Lab|ZDB-LAB-130211-1|Unmapped|Tg(hand2:mCherry,myl7:EGFP)|ZDB-TGCONSTRCT-130212-2|2020-10-21
ZDB-ALT-130212-7|co12Tg|||Tg(hand2:mCherry,myl7:EGFP)co12|Transgenic Insertion|embryos treated with DNA||Clouthier Lab|ZDB-LAB-130211-1|Unmapped|Tg(hand2:mCherry,myl7:EGFP)|ZDB-TGCONSTRCT-130212-2|2020-10-21
ZDB-ALT-141024-2|co14Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(hsp70l:pard3ab-EGFP)|ZDB-TGCONSTRCT-141024-2|2020-10-21
ZDB-ALT-140414-2|co15Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(hsp70l:dnnotch3-EGFP)|ZDB-TGCONSTRCT-140414-2|2020-10-21
ZDB-ALT-140414-3|co17Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(hsp70l:canotch3-EGFP)|ZDB-TGCONSTRCT-140414-3|2020-10-21
ZDB-ALT-140722-8|co18Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(4xUAS:EGFP-CAAX,myl7:EGFP)|ZDB-TGCONSTRCT-140722-4|2020-10-21
ZDB-ALT-140722-9|co19Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(sox10:GAL4-VP16,myl7:Cerulean)|ZDB-TGCONSTRCT-140722-3|2020-10-21
ZDB-ALT-150728-1|co20Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(mbpa:GAL4-VP16,myl7:Cerulean)|ZDB-TGCONSTRCT-150728-1|2020-10-21
ZDB-ALT-150728-2|co21Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(phox2bb:GAL4-VP16,myl7:Cerulean)|ZDB-TGCONSTRCT-150728-4|2020-10-21
ZDB-ALT-150728-3|co22Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(4xnrUAS:mCherry-CAAX,myl7:EGFP)|ZDB-TGCONSTRCT-150728-5|2020-10-21
ZDB-ALT-151207-1|co23Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(neurod1:tetxlc)|ZDB-TGCONSTRCT-151207-1|2020-10-21
ZDB-ALT-190408-7|co25Tg|||zf2100Tg|Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(mbpa:TagRFPT)|ZDB-TGCONSTRCT-190408-2|2020-10-21
ZDB-ALT-150316-1|co26Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(sox10:TagRFP)|ZDB-TGCONSTRCT-150316-1|2020-10-21
ZDB-ALT-190409-2|co28Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|TgBAC(cspg4:mCherry)|ZDB-TGCONSTRCT-190409-3|2020-10-21
ZDB-ALT-130212-1|co3Tg|||Tg(hand2:TagRFP,myl7:EGFP)co3|Transgenic Insertion|embryos treated with DNA||Clouthier Lab|ZDB-LAB-130211-1|Unmapped|Tg(hand2:TagRFP,myl7:EGFP)|ZDB-TGCONSTRCT-130212-1|2020-10-21
ZDB-ALT-130212-2|co4Tg|||Tg(hand2:TagRFP,myl7:EGFP)co4|Transgenic Insertion|embryos treated with DNA||Clouthier Lab|ZDB-LAB-130211-1|Unmapped|Tg(hand2:TagRFP,myl7:EGFP)|ZDB-TGCONSTRCT-130212-1|2020-10-21
ZDB-ALT-200615-3|co53Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR1-en.cadm1b||Appel Lab|ZDB-LAB-020513-1|Unmapped|Et(hsp70l:GAL4)|ZDB-ETCONSTRCT-150422-1|2020-10-21
ZDB-ALT-200617-1|co54Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR1-en.dlg4b||Appel Lab|ZDB-LAB-020513-1|Unmapped|Et(hsp70l:GAL4)|ZDB-ETCONSTRCT-150422-1|2020-10-21
ZDB-ALT-200318-1|co55Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg(neurod1:sypb-mScarlet)|ZDB-TGCONSTRCT-200318-1|2020-10-21
ZDB-ALT-200609-1|co58Tg||||Transgenic Insertion|embryos treated with DNA||Appel Lab|ZDB-LAB-020513-1|Unmapped|Tg2(mbpa:EGFP-CAAX)|ZDB-TGCONSTRCT-200609-1|2020-10-21
ZDB-ALT-130212-3|co5Tg|||Tg(hand2:TagRFP,myl7:EGFP)co5|Transgenic Insertion|embryos treated with DNA||Clouthier Lab|ZDB-LAB-130211-1|Unmapped|Tg(hand2:TagRFP,myl7:EGFP)|ZDB-TGCONSTRCT-130212-1|2020-10-21
ZDB-ALT-130212-4|co6Tg|||Tg(hand2:TagRFP,myl7:EGFP)co6|Transgenic Insertion|embryos treated with DNA||Clouthier Lab|ZDB-LAB-130211-1|Unmapped|Tg(hand2:TagRFP,myl7:EGFP)|ZDB-TGCONSTRCT-130212-1|2020-10-21
ZDB-ALT-181022-4|co7002|||105|Small Deletion|embryos treated with TALEN3-isl2a|The mutant protein is predicted to lack the homeobox domain, the LIM2 domain, and part of the LIM1 domain. Mutants are homozygous viable.|Ribera Lab|ZDB-LAB-970409-121|Chr: 25|||2020-10-21
ZDB-ALT-181112-11|co7003|||102|Small Deletion|embryos treated with TALEN3-isl2a|This allele has a frameshift in exon 2, leading to a downstream premature stop codon. Mutants are homozygous viable.|Ribera Lab|ZDB-LAB-970409-121|Chr: 25|||2020-10-21
ZDB-ALT-130212-8|co7Tg|||Tg(Mmu.Hand2:EGFP)co7|Transgenic Insertion|embryos treated with DNA||Clouthier Lab|ZDB-LAB-130211-1|Unmapped|Tg(Mmu.Hand2:EGFP)|ZDB-TGCONSTRCT-130212-3|2020-10-21
ZDB-ALT-130212-9|co8Tg|||Tg(Mmu.Hand2:EGFP)co8|Transgenic Insertion|embryos treated with DNA||Clouthier Lab|ZDB-LAB-130211-1|Unmapped|Tg(Mmu.Hand2:EGFP)|ZDB-TGCONSTRCT-130212-3|2020-10-21
ZDB-ALT-130212-10|co9Tg|||Tg(Mmu.Hand2:EGFP)co9|Transgenic Insertion|embryos treated with DNA||Clouthier Lab|ZDB-LAB-130211-1|Unmapped|Tg(Mmu.Hand2:EGFP)|ZDB-TGCONSTRCT-130212-3|2020-10-21
ZDB-ALT-051227-2|col19a1_unspecified|||sty_unspecified, unspecified_sty, un_sty|Unspecified|||||Chr: 13|||2020-10-21
ZDB-ALT-101008-3|col4a1_unrecovered|||unrec_col4a1, unrecovered_col4a1|Point Mutation|adult males treated with ENU||||Chr: 9|||2020-10-21
ZDB-ALT-101008-4|col4a3_unrecovered|||unrec_col4a3, unrecovered_col4a3|Point Mutation|adult males treated with ENU||||Chr: 15|||2020-10-21
ZDB-ALT-081031-3|cpt_unspecified|||un_cpt, unspecified_cpt|Unspecified|||||Unmapped|||2020-10-21
ZDB-ALT-181105-5|cpu1Tg|||cpu1, zf2009Tg|Transgenic Insertion|embryos treated with DNA||Jing Shang Lab|ZDB-LAB-190521-1|Unmapped|Tg(tyrp1a:EGFP)|ZDB-TGCONSTRCT-181105-2|2020-10-21
ZDB-ALT-181105-6|cpu2|||cpu2, zf2010|Small Deletion|embryos treated with CRISPR1-htr1aa||Jing Shang Lab|ZDB-LAB-190521-1|Chr: 8|||2020-10-21
ZDB-ALT-180306-4|cq10Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(kdrl:Dendra2-NTR)|ZDB-TGCONSTRCT-180306-2|2020-10-21
ZDB-ALT-180306-5|cq11Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(kdrl:LIFEACT-DsRed)|ZDB-TGCONSTRCT-180306-3|2020-10-21
ZDB-ALT-180306-6|cq12Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(coro1a:LIFEACT-DsRed)|ZDB-TGCONSTRCT-180306-4|2020-10-21
ZDB-ALT-180306-7|cq13Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(kdrl:Hsa.MAPRE3-GFP)|ZDB-TGCONSTRCT-180306-5|2020-10-21
ZDB-ALT-191024-13|cq15Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg13(kdrl:mCherry)|ZDB-TGCONSTRCT-191024-8|2020-10-21
ZDB-ALT-160707-5|cq16||||Point Mutation|adult males treated with ENU||Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 5|||2020-10-21
ZDB-ALT-180307-9|cq17Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(kdrl:RaichuEV)|ZDB-TGCONSTRCT-180307-3|2020-10-21
ZDB-ALT-180307-10|cq18Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(coro1a:RaichuEV)|ZDB-TGCONSTRCT-180307-4|2020-10-21
ZDB-ALT-180306-8|cq19Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(kdrl:GCaMP5)|ZDB-TGCONSTRCT-180306-6|2020-10-21
ZDB-ALT-150922-3|cq1Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(fabp10a:Dendra2-NTR)|ZDB-TGCONSTRCT-150922-2|2020-10-21
ZDB-ALT-180307-7|cq20Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(coro1a:Hsa.PAK1-Hsa.KRAS)|ZDB-TGCONSTRCT-180307-1|2020-10-21
ZDB-ALT-180307-8|cq21Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(kdrl:Hsa.PAK1-Hsa.KRAS)|ZDB-TGCONSTRCT-180307-2|2020-10-21
ZDB-ALT-180306-9|cq22Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg2(coro1a:Kaede)|ZDB-TGCONSTRCT-180306-7|2020-10-21
ZDB-ALT-180306-10|cq23Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(kdrl:pecam1-GFP)|ZDB-TGCONSTRCT-180306-8|2020-10-21
ZDB-ALT-191024-7|cq25Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(lyve1b:CreERT2)|ZDB-TGCONSTRCT-191024-2|2020-10-21
ZDB-ALT-191024-6|cq27Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(-5.2lyve1b:DsRed)|ZDB-TGCONSTRCT-120723-4|2020-10-21
ZDB-ALT-191024-9|cq28Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(coro1a:DsRed)|ZDB-TGCONSTRCT-191024-4|2020-10-21
ZDB-ALT-171003-10|cq29||||Small Deletion|embryos treated with CRISPR1-cd93||Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 17|||2020-10-21
ZDB-ALT-150922-4|cq2Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg2(fabp10a:mCherry-NTR)|ZDB-TGCONSTRCT-150922-3|2020-10-21
ZDB-ALT-170316-3|cq30||||Small Deletion|embryos treated with CRISPR1-clec14a||Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 17|||2020-10-21
ZDB-ALT-180521-5|cq31||||Point Mutation|ENU ||Lingfei Luo Lab|ZDB-LAB-130430-1|Ambiguous|||2020-10-21
ZDB-ALT-180521-6|cq32Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg2(fabp2:DsRed)|ZDB-TGCONSTRCT-180521-1|2020-10-21
ZDB-ALT-180521-7|cq33Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(hsp70l:urb1-FLAG)|ZDB-TGCONSTRCT-180521-2|2020-10-21
ZDB-ALT-180919-6|cq34||||Point Mutation|ENU ||Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 14|||2020-10-21
ZDB-ALT-180815-1|cq37||||Point Mutation|||Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 3|||2020-10-21
ZDB-ALT-170517-8|cq38||||Small Deletion|embryos treated with CRISPR1-gspt1l||Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 3|||2020-10-21
ZDB-ALT-191024-8|cq39Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(actb1:LOXP-RFP-LOXP-GFP)|ZDB-TGCONSTRCT-191024-3|2020-10-21
ZDB-ALT-150922-5|cq3Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(hsp70l:LOXP-DsRed-LOXP-GFP)|ZDB-TGCONSTRCT-150922-4|2020-10-21
ZDB-ALT-190715-5|cq41Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(ddx4:Dendra2-NTR-UTR)|ZDB-TGCONSTRCT-190715-2|2020-10-21
ZDB-ALT-180713-2|cq42||||Point Mutation|ENU ||Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 13|||2020-10-21
ZDB-ALT-180713-1|cq43||||Small Deletion|embryos treated with CRISPR1-urb2||Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 13|||2020-10-21
ZDB-ALT-181108-7|cq44Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(fabp10a:HA-zc3h6-2A-mCherry)|ZDB-TGCONSTRCT-181108-2|2020-10-21
ZDB-ALT-181108-5|cq45||||Indel|embryos treated with TALEN1-zc3h6||Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 13|||2020-10-21
ZDB-ALT-181108-6|cq46||||Small Deletion|embryos treated with TALEN1-zc3h6||Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 13|||2020-10-21
ZDB-ALT-180613-1|cq47||||Small Deletion|embryos treated with TALEN2-irf8||Li Li Lab|ZDB-LAB-180601-2|Chr: 18|||2020-10-21
ZDB-ALT-180613-2|cq48||||Small Deletion|embryos treated with TALEN2-irf8||Li Li Lab|ZDB-LAB-180601-2|Chr: 18|||2020-10-21
ZDB-ALT-180613-3|cq49||||Complex|embryos treated with CRISPR1-mertka|the mutations are predicted to create a premature stop codon|Li Li Lab|ZDB-LAB-180601-2|Chr: 13|||2020-10-21
ZDB-ALT-150922-6|cq4Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(fabp10a:LOXP-STOP-LOXP-DsRed2)|ZDB-TGCONSTRCT-150922-5|2020-10-21
ZDB-ALT-151231-1|cq5||||Point Mutation|ENU ||Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 13|||2020-10-21
ZDB-ALT-180613-4|cq50Tg||||Transgenic Insertion|embryos treated with DNA||Li Li Lab|ZDB-LAB-180601-2|Unmapped|Tg(coro1a:mertka)|ZDB-TGCONSTRCT-180613-1|2020-10-21
ZDB-ALT-180702-1|cq52Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(kdrl:Dendra2)|ZDB-TGCONSTRCT-180702-1|2020-10-21
ZDB-ALT-191024-10|cq62Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(kdrl:CFP-NTR)|ZDB-TGCONSTRCT-191024-5|2020-10-21
ZDB-ALT-191024-11|cq63Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(lyve1b:Kaede)|ZDB-TGCONSTRCT-191024-6|2020-10-21
ZDB-ALT-190620-11|cq64Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(10xUAS:Cre,cryaa:Venus)|ZDB-TGCONSTRCT-190620-5|2020-10-21
ZDB-ALT-190620-12|cq65Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(10xUAS:Kaede,cryaa:Venus)|ZDB-TGCONSTRCT-190620-6|2020-10-21
ZDB-ALT-190620-9|cq66Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(fabp10a:LOXP-CFP-NTR-LOXP-DsRed)|ZDB-TGCONSTRCT-190620-3|2020-10-21
ZDB-ALT-190620-10|cq67Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(ins:LOXP-CFP-NTR-LOXP-DsRed)|ZDB-TGCONSTRCT-190620-4|2020-10-21
ZDB-ALT-190212-1|cq68||||Indel|embryos treated with CRISPR1-lars1b|The mutant lacks 10 bp in exon 9, which is predicted to cause a frameshift at amino acid 617 and a truncated 645 amino acid protein. The mutant protein would lack 531 amino acids that include the anticodon binding domain.|Lingfei Luo Lab|ZDB-LAB-130430-1|Chr: 21|||2020-10-21
ZDB-ALT-191024-12|cq71Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(hsp70l:Venus-2A-vegfc,cryaa:Venus)|ZDB-TGCONSTRCT-191024-7|2020-10-21
ZDB-ALT-200708-1|cq75|||somite shorten (smt)|Complex|ENU |This line contains an 24 bp deletion at the end of exon 5 as well as a G>A transversion  at the first base of intron 5.|Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|||2020-10-21
ZDB-ALT-200708-2|cq77Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(-1.7col2a1a:EGFP)|ZDB-TGCONSTRCT-200708-1|2020-10-21
ZDB-ALT-200708-4|cq78Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(hsp70l:dstyk-GFP)|ZDB-TGCONSTRCT-200708-3|2020-10-21
ZDB-ALT-200708-5|cq79Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(hsp70l:Hsa.DSTYK-GFP)|ZDB-TGCONSTRCT-200708-4|2020-10-21
ZDB-ALT-200708-6|cq80Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|Tg(hsp70l:Hsa.LAMP1-mCherry)|ZDB-TGCONSTRCT-200708-6|2020-10-21
ZDB-ALT-200708-3|cq81Tg||||Transgenic Insertion|embryos treated with DNA||Lingfei Luo Lab|ZDB-LAB-130430-1|Unmapped|TgBAC(cyb5r2:GFP)|ZDB-TGCONSTRCT-200708-2|2020-10-21
ZDB-ALT-190306-12|crg1||||Indel|embryos treated with CRISPR2-esrp1|the 168-bp deletion and 14-bp insertion induces the usage of an upstream cryptic splice donor, resulting in skipping of the whole coding sequence of exon 1, including the start codon.|Irimia Lab|ZDB-LAB-190123-1|Chr: 16|||2020-10-21
ZDB-ALT-190306-13|crg2||||Small Deletion|embryos treated with CRISPR1-esrp2|the 17-bp frame-disrupting deletion produces a premature termination codon before the translation of any RNA-binding domain and that is predicted to trigger non-sense mediated decay.|Irimia Lab|ZDB-LAB-190123-1|Chr: 7|||2020-10-21
ZDB-ALT-191025-2|cru101|||csr|Point Mutation|spontaneous ||Kramer Lab|ZDB-LAB-040810-5|Chr: 24|||2020-10-21
ZDB-ALT-120405-1|cs10Tg|||Tg(Bfl.SoxE:GFP)cs10|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg(Bfl.SoxE:EGFP)|ZDB-TGCONSTRCT-120405-1|2020-10-21
ZDB-ALT-121231-1|cs11Tg|||Tg(hsp70l:dkk1b-mCherry)cs11|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg(hsp70l:dkk1b-mCherry)|ZDB-TGCONSTRCT-121231-1|2020-10-21
ZDB-ALT-121231-2|cs12Tg|||Tg(hsp70l.1:bmp2b)cs12|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg1(hsp70l:bmp2b)|ZDB-TGCONSTRCT-121231-2|2020-10-21
ZDB-ALT-121231-3|cs13Tg|||Tg(Tru.Pax3a.1-Mmu.Fos:GFP)cs13|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg1(Tru.Pax3a-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-3|2020-10-21
ZDB-ALT-121231-4|cs14Tg|||Tg(Tru.Pax3a.1-Mmu.Fos:GFP)cs14|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg1(Tru.Pax3a-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-3|2020-10-21
ZDB-ALT-121231-5|cs15Tg|||Tg(Tru.Pax3a.1-Mmu.Fos:GFP)cs15|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg1(Tru.Pax3a-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-3|2020-10-21
ZDB-ALT-121231-6|cs16Tg|||Tg(Tru.Pax3a.1-Mmu.Fos:GFP)cs16|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg1(Tru.Pax3a-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-3|2020-10-21
ZDB-ALT-121231-7|cs17Tg|||Tg(Tru.Pax3a.1-Mmu.Fos:GFP)cs17|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg1(Tru.Pax3a-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-3|2020-10-21
ZDB-ALT-121231-8|cs18Tg|||Tg(Tru.Pax3a.2-Mmu.Fos:GFP)cs18|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg2(Tru.Pax3a-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-4|2020-10-21
ZDB-ALT-121231-9|cs19Tg|||Tg(Tru.Pax3a.2-Mmu.Fos:GFP)cs19|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg2(Tru.Pax3a-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-4|2020-10-21
ZDB-ALT-070327-1|cs1Tg|||Tg(dlx2b:EGFP)cs1, Tg(dlx2b:EGFP)wj1|Transgenic Insertion|embryos treated with DNA||Stock Lab|ZDB-LAB-000207-1|Unmapped|Tg(dlx2b:EGFP)|ZDB-TGCONSTRCT-070327-1|2020-10-21
ZDB-ALT-121231-10|cs20Tg|||Tg(Tru.Pax3a.2-Mmu.Fos:GFP)cs20|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg2(Tru.Pax3a-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-4|2020-10-21
ZDB-ALT-121231-11|cs21Tg|||Tg(Tru.Pax3a.3-Mmu.Fos:GFP)cs21|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg3(Tru.Pax3a-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-5|2020-10-21
ZDB-ALT-121231-12|cs22Tg|||Tg(Tru.Pax3a.3-Mmu.Fos:GFP)cs22|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg3(Tru.Pax3a-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-5|2020-10-21
ZDB-ALT-121231-13|cs23Tg|||Tg(Tru.Zic3.1-Mmu.Fos:GFP)cs23|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg1(Tru.Zic3-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-6|2020-10-21
ZDB-ALT-121231-14|cs24Tg|||Tg(Tru.Zic3.1-Mmu.Fos:GFP)cs24|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg1(Tru.Zic3-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-6|2020-10-21
ZDB-ALT-121231-15|cs25Tg|||Tg(Tru.Zic3.2-Mmu.Fos:GFP)cs25|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg2(Tru.Zic3-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-7|2020-10-21
ZDB-ALT-121231-16|cs26Tg|||Tg(Tru.Zic3.2-Mmu.Fos:GFP)cs26|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg2(Tru.Zic3-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-7|2020-10-21
ZDB-ALT-121231-17|cs27Tg|||Tg(Tru.Zic3.2-Mmu.Fos:GFP)cs27|Transgenic Insertion|embryos treated with DNA||Medeiros Lab|ZDB-LAB-120405-1|Unmapped|Tg2(Tru.Zic3-Mmu.Fos:GFP)|ZDB-TGCONSTRCT-121231-7|2020-10-21
ZDB-ALT-171115-1|cs2Tg||||Transgenic Insertion|embryos treated with DNA||Stock Lab|ZDB-LAB-000207-1|Unmapped|Tg(hsp70l:fgf10a-EGFP)|ZDB-TGCONSTRCT-171115-1|2020-10-21
ZDB-ALT-140820-6|cs3Tg||||Transgenic Insertion|embryos treated with DNA||Stock Lab|ZDB-LAB-000207-1|Unmapped|Tg(Xla.Eef1a1:eda)|ZDB-TGCONSTRCT-140820-3|2020-10-21
ZDB-ALT-050209-54|csf1ra_unspecified|||un_csf1r, un_csf1ra, un_fms, unspecified_csf1r, unspecified_csf1ra|Unspecified|||||Chr: 14|||2020-10-21
ZDB-ALT-170118-1|csu6Tg||||Transgenic Insertion|embryos treated with DNA||Nissen Lab|ZDB-LAB-130823-1|Unmapped|Tg(hsp70l:GFP-dcaf7,myl7:EGFP)|ZDB-TGCONSTRCT-170118-2|2020-10-21
ZDB-ALT-170118-2|csu9Tg||||Transgenic Insertion|embryos treated with DNA||Nissen Lab|ZDB-LAB-130823-1|Unmapped|Tg(hsp70l:GFP-dcaf7,myl7:EGFP)|ZDB-TGCONSTRCT-170118-2|2020-10-21
ZDB-ALT-120213-34|csz1Tg|||Tg(pomca:pttg1)csz1|Transgenic Insertion|embryos treated with DNA||Melmed Lab|ZDB-LAB-111128-1|Unmapped|Tg(pomca:pttg1)|ZDB-TGCONSTRCT-120213-2|2020-10-21
ZDB-ALT-120213-35|csz2Tg|||Tg(pomca:pttg1)csz2|Transgenic Insertion|embryos treated with DNA||Melmed Lab|ZDB-LAB-111128-1|Unmapped|Tg(pomca:pttg1)|ZDB-TGCONSTRCT-120213-2|2020-10-21
ZDB-ALT-120213-36|csz3Tg|||Tg(pomca:pttg1)csz3|Transgenic Insertion|embryos treated with DNA||Melmed Lab|ZDB-LAB-111128-1|Unmapped|Tg(pomca:pttg1)|ZDB-TGCONSTRCT-120213-2|2020-10-21
ZDB-ALT-120209-54|ct103bGt|This feature is representative of one or more unknown insertion sites.||ct103b, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct103b, Gt(nt5c2a:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Ambiguous|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-51|ct104aGt|This feature is representative of one or more unknown insertion sites.||ct104a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct104a, Gt(magt1:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 14|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-52|ct110aGt|This feature is representative of one or more unknown insertion sites.||ct110a, Gt(foxd3-citrine-alg6), Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct110a|Transgenic Insertion|embryos treated with DNA|This gene trap line replaces the Foxd3 gene product with a chimeric fusion protein consisting of the N-terminal portion of Foxd3 (lacking the forkhead domain and nuclear localization signal) fused to Citrine and either exon 2, 3 or 9 from the neighboring gene alg6, all under endogenous foxd3 regulatory control.   Heterozygotes undergo normal development and are viable. Homozygotes display defects in a variety of neural crest-derived tissues.|Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 6|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-130314-2|ct110aRGt|This feature is representative of one or more unknown insertion sites.||ct110aR, Gt(foxd3- mcherry), Gt(FRT-LOXP-mCherry-LOXPV-FRT)ct110aR|Transgenic Insertion|embryos treated with DNA|This gene trap line replaces the Foxd3 gene product with a fusion protein consisting of the N-terminal region of Foxd3 (lacking the forkhead domain and nuclear localization signal) fused to mCherry under endogenous foxd3 regulatory control.  Heterozygotes undergo normal development and are viable. Homozygotes display defects in a variety of neural crest-derived tissues.|Bronner-Fraser Lab|ZDB-LAB-090216-1|Chr: 6|Gt(FRT-LOXP-mCherry-LOX2272-FRT)|ZDB-GTCONSTRCT-130314-1|2020-10-21
ZDB-ALT-120209-37|ct110bGt|This feature is representative of one or more unknown insertion sites.||ct110b, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct110b, Gt(si:ch211-24c14.1:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 16|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120210-9|ct111aGt|This feature is representative of one or more unknown insertion sites.||ct111aTg, Gt(dnm1l-citrine), Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct111a|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 25|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-57|ct116aGt|This feature is representative of one or more unknown insertion sites.||ct116a, Gt(cltca:citrine), Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct116a|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 10|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-22|ct119aGt|This feature is representative of one or more unknown insertion sites.||ct119a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct119a, Gt(zgc:110063:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 5|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-58|ct122aGt|This feature is representative of one or more unknown insertion sites.||ct122a, Gt(desma:citrine), Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct122a|Transgenic Insertion|embryos treated with DNA|citrine has been inserted between amino acids 460 and 461 in the C terminus of desmin a.|Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 9|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-170501-5|ct122aRGt|This feature is representative of one or more unknown insertion sites.||ct122aRGtTg|Transgenic Insertion||This line was created by Cre-lox recombination of the ct122aGt line.
Upon Cre-lox recombination, the ct122aGt is converted to a mCherry fusion that truncates the Desma protein, leading to a mCherry tag followed by a stop codon in the case of the reverted Ct122aRGt (or ct122aRGt) line, leading to the deletion of 13 C-terminal amino acids in the tail domain.|Vermot Lab|ZDB-LAB-150617-1|Chr: 9|Gt(FRT-LOXP-mCherry-LOX2272-FRT)|ZDB-GTCONSTRCT-130314-1|2020-10-21
ZDB-ALT-120209-23|ct122bGt|This feature is representative of one or more unknown insertion sites.||ct122b, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct122b, Gt(zgc:65996:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 21|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-38|ct123aGt|This feature is representative of one or more unknown insertion sites.||ct123a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct123a, Gt(si:ch73-234b20.5:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 10|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-24|ct126bGt|This feature is representative of one or more unknown insertion sites.||ct126b, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct126b, Gt(zgc:158375:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 25|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-39|ct127aGt|This feature is representative of one or more unknown insertion sites.||ct127a, Gt(exoc4:citrine), Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct127a|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 4|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-111010-22|ct130aGt|This feature is representative of one or more unknown insertion sites.||ct130a, ct130aTg, Gt(1Citrine-YFP)ct130a|Transgenic Insertion|embryos treated with DNA||Bronner-Fraser Lab|ZDB-LAB-090216-1|Chr: 1|Gt1(Citrine)|ZDB-GTCONSTRCT-111010-1|2020-10-21
ZDB-ALT-120209-40|ct133aGt|This feature is representative of one or more unknown insertion sites.||ct133a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct133a, Gt(si:ch211-245g11.2:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 15|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-25|ct140aGt|This feature is representative of one or more unknown insertion sites.||ct140a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct140a, Gt(zgc:92357:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 4|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-111128-1|ct143aGt|This feature is representative of one or more unknown insertion sites.||ct143a, Gt(1Citrine-YFP)ct143a|Transgenic Insertion|embryos treated with DNA||Bronner-Fraser Lab|ZDB-LAB-090216-1|Ambiguous|Gt1(Citrine)|ZDB-GTCONSTRCT-111010-1|2020-10-21
ZDB-ALT-120209-41|ct146aGt|This feature is representative of one or more unknown insertion sites.||ct146a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct146a, Gt(si:dkeyp-55f12.4:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 20|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-26|ct149aGt|This feature is representative of one or more unknown insertion sites.||ct149a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct149a, Gt(zgc:153607:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 13|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-42|ct151aGt|This feature is representative of one or more unknown insertion sites.||ct151a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct151a, Gt(rfc1:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Unmapped|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-43|ct158aGt|This feature is representative of one or more unknown insertion sites.||ct158a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct158a, Gt(si:dkey-263m10.2:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 1|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-44|ct162aGt|This feature is representative of one or more unknown insertion sites.||ct162a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct162a, Gt(rab3ab:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 11|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-45|ct168aGt|This feature is representative of one or more unknown insertion sites.||ct168a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct168a, Gt(sobpa:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 13|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120210-8|ct170aGt|This feature is representative of one or more unknown insertion sites.||Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct170a|Transgenic Insertion|DNA ||Scott Fraser Lab|ZDB-LAB-000204-2|Unmapped|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-47|ct29aGt|This feature is representative of one or more unknown insertion sites.||ct29a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct29a, Gt(hmga2:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 4|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-13|ct30aGt|This feature is representative of one or more unknown insertion sites.||ct30a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct30a, Gt(rbms3:citrine)|Transgenic Insertion|embryos treated with DNA|The Citrine in ct30a is flanked by splice acceptor and donor sites and is incorporated as an artificial exon into the Rbms3 protein.  Homozygous ct30a fish are viable, suggesting that Citrine incorporation does not interfere with protein function.  
<br>Reference:  <a href="https://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-121102-28">Jayasena et al. (2012)</a>|Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 16|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-27|ct30bGt|This feature is representative of one or more unknown insertion sites.||ct30b, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct30b, Gt(si:dkey-46l15.1:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 6|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-28|ct30cGt|This feature is representative of one or more unknown insertion sites.||ct30c, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct30c, Gt(si:ch1073-268b21.1:citring)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 8|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-56|ct31aGt|This feature is representative of one or more unknown insertion sites.||ct31a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct31a, Gt(tpm4a:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 22|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-14|ct33aGt|This feature is representative of one or more unknown insertion sites.||ct33a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct33a, Gt(ttc27:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 17|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-29|ct39aGt|This feature is representative of one or more unknown insertion sites.||ct39a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct39a, Gt(znf385c:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 3|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-111010-23|ct3aGt|This feature is representative of one or more unknown insertion sites.||ct3a, Gt(Citrine-YFP)ct3a, Gt(ctnna-citrine)ct3a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct3a|Transgenic Insertion|embryos treated with DNA|In the Gt(ctnna-citrine)ct3a transgenic line, citrine fluorescent protein has been inserted in-frame to create a functional alpha-catenin fusion protein.   <br>Reference:  <a href="https://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-130213-8">Choe et al. (2013)</a>|Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 24|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120213-28|ct3bGt|This feature is representative of one or more unknown insertion sites.||ct3bTg, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct3b, Gt(tmpoa:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 4|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-170419-2|ct402aTg||||Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Unmapped|Tg(ubb:MA-Cerulean-2A-Hsa.HIST1H2BJ-Tomato)|ZDB-TGCONSTRCT-170419-2|2020-10-21
ZDB-ALT-120209-30|ct42aGt|This feature is representative of one or more unknown insertion sites.||ct42a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct42a, Gt(myh7bb:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 23|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-15|ct47aGt|This feature is representative of one or more unknown insertion sites.||ct47a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct47a, Gt(ppp2r5d:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 13|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-16|ct49aGt|This feature is representative of one or more unknown insertion sites.||ct49a, Gt(epb4113b:citrine), Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct49a|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 2|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-59|ct5000Tg|||Tg(actb2:Cerulean-Cre)ct5000|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Unmapped|Tg(actb2:Cerulean-Cre)|ZDB-TGCONSTRCT-120209-5|2020-10-21
ZDB-ALT-120209-48|ct50aGt|This feature is representative of one or more unknown insertion sites.||ct50a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct50a, Gt(ppp1r14bb:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 7|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-31|ct51aGt|This feature is representative of one or more unknown insertion sites.||ct51a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct51a, Gt(si:rp71-15d4.2:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 8|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-170123-1|ct520aGt|This feature is representative of one or more unknown insertion sites.||Gt(jup-citrine)|Transgenic Insertion|embryos treated with DNA|The citrine artificial exon is inserted between exons 13-14 of the junction plakoglobin (jup) gene. This results in a Jup-citrine fusion protein with Citrine Cterminal to the armadillo domain.|Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 11|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-49|ct52bGt|This feature is representative of one or more unknown insertion sites.||ct52b, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct52b, Gt(mapkapk2a:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 11|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-17|ct56aGt|This feature is representative of one or more unknown insertion sites.||ct56a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct56a, Gt(zgc:77056:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 16|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-55|ct57aGt|This feature is representative of one or more unknown insertion sites.||ct57a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct57a, Gt(msi2b:citrine)|Transgenic Insertion|embryos treated with DNA|Hoghgreb-Hagele et al (2014): construct is inserted between exons 6 and 7 of msi2b. Therefore, the fusion protein contains all the endogenous features of Msi2b, including its 5' and 3' UTR. In the gt(msi2b-citrine)ct57a line, endogenous Msi2b is expressed as a fusion protein with Citrine inserted within the intron between exons 6 and 7, without disrupting splice donor (SD) and acceptor sites.|Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 15|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-18|ct58aGt|This feature is representative of one or more unknown insertion sites.||ct58a, Gt(dpp9:citrine), Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct58a|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 8|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-160309-1|ct5aGt|This feature is representative of one or more unknown insertion sites.||Gt(tpm3-citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 19|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-19|ct65aGt|This feature is representative of one or more unknown insertion sites.||ct65a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct65a, Gt(zgc:101562:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 20|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-140327-1|ct68aGt|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 19|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-32|ct69aGt|This feature is representative of one or more unknown insertion sites.||ct69a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct69a, Gt(si:dkey-30j22.2:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 20|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-170322-18|ct700aTg||||Transgenic Insertion|embryos treated with DNA||Sauka-Spengler Lab|ZDB-LAB-140402-1|Unmapped|Tg(actb2:AVI-Cerulean-Gga.Rangap1)|ZDB-TGCONSTRCT-170322-21|2020-10-21
ZDB-ALT-170322-19|ct701aTg||||Transgenic Insertion|embryos treated with DNA||Sauka-Spengler Lab|ZDB-LAB-140402-1|Unmapped|Tg(actb2:Gga.Rangap1-Cerulean-AVI)|ZDB-TGCONSTRCT-170322-22|2020-10-21
ZDB-ALT-170322-17|ct703aTg||||Transgenic Insertion|embryos treated with DNA||Sauka-Spengler Lab|ZDB-LAB-140402-1|Unmapped|Tg(kdrl:Eco.BirA-Hsa.HRAS-mCherry)|ZDB-TGCONSTRCT-170322-7|2020-10-21
ZDB-ALT-170322-15|ct704aTg||||Transgenic Insertion|embryos treated with DNA||Sauka-Spengler Lab|ZDB-LAB-140402-1|Unmapped|Tg(myl7:Eco.BirA-Hsa.HRAS-mCherry)|ZDB-TGCONSTRCT-170322-5|2020-10-21
ZDB-ALT-170322-16|ct705aTg||||Transgenic Insertion|embryos treated with DNA||Sauka-Spengler Lab|ZDB-LAB-140402-1|Unmapped|Tg(myl7:NLS-Eco.BirA-Hsa.HRAS-mCherry)|ZDB-TGCONSTRCT-170322-6|2020-10-21
ZDB-ALT-170322-12|ct706aTg||||Transgenic Insertion|embryos treated with DNA||Sauka-Spengler Lab|ZDB-LAB-140402-1|Unmapped|Tg(sox10:Eco.BirA-Hsa.HRAS-mCherry)|ZDB-TGCONSTRCT-170322-3|2020-10-21
ZDB-ALT-170322-13|ct706bTg||||Transgenic Insertion|embryos treated with DNA||Sauka-Spengler Lab|ZDB-LAB-140402-1|Unmapped|Tg(sox10:Eco.BirA-Hsa.HRAS-mCherry)|ZDB-TGCONSTRCT-170322-3|2020-10-21
ZDB-ALT-170322-14|ct708aTg||||Transgenic Insertion|embryos treated with DNA||Sauka-Spengler Lab|ZDB-LAB-140402-1|Unmapped|Tg(zic2a:NLS-Eco.BirA-Hsa.HRAS-mCherry)|ZDB-TGCONSTRCT-170322-4|2020-10-21
ZDB-ALT-170322-10|ct709aTg||||Transgenic Insertion|embryos treated with DNA||Sauka-Spengler Lab|ZDB-LAB-140402-1|Unmapped|Tg(actb2:Eco.BirA-Hsa.HRAS-mCherry)|ZDB-TGCONSTRCT-170322-19|2020-10-21
ZDB-ALT-170322-11|ct710aTg||||Transgenic Insertion|embryos treated with DNA||Sauka-Spengler Lab|ZDB-LAB-140402-1|Unmapped|Tg(actb2:NLS-Eco.BirA-Hsa.HRAS-mCherry)|ZDB-TGCONSTRCT-170322-20|2020-10-21
ZDB-ALT-120209-20|ct71aGt|This feature is representative of one or more unknown insertion sites.||ct71a, Gt(fam101b:citrine), Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct71a|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 15|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-150501-1|ct74aGt|This feature is representative of one or more unknown insertion sites.||CT74a-Citrine|Transgenic Insertion|embryos treated with DNA||Bronner-Fraser Lab|ZDB-LAB-090216-1|Unmapped|Gt1(Citrine)|ZDB-GTCONSTRCT-111010-1|2020-10-21
ZDB-ALT-120209-33|ct78bGt|This feature is representative of one or more unknown insertion sites.||ct78b, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct78b, Gt(si:dkey-6e12.4:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 18|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-130925-5|ct7aGt|This feature is representative of one or more unknown insertion sites.||Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct7a|Transgenic Insertion|embryos treated with DNA|In this line, an exon encoding the yellow fluorescent protein, citrine, is integrated between exons 3 and 4 of the PKCa gene, resulting in the expression of a PKCa-citrine fusion protein under the control of the endogenous PKCa transcriptional regulatory elements (  References:  <a href="https://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-111117-23">Trinh et al. (2011)</a> , <a href="https://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-120807-45">Palanca et al. (2012)</a> 
).|Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 6|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-131122-2|ct801||||Small Deletion|embryos treated with TALEN1-aanat2|10bp deletion|Prober Lab|ZDB-LAB-091123-1|Chr: 3|||2020-10-21
ZDB-ALT-131122-3|ct802||||Insertion|embryos treated with zinc finger nuclease|4bp insertion|Prober Lab|ZDB-LAB-091123-1|Chr: 8|||2020-10-21
ZDB-ALT-131122-4|ct803||||Small Deletion|embryos treated with zinc finger nuclease|61bp deletion|Prober Lab|ZDB-LAB-091123-1|Ambiguous|||2020-10-21
ZDB-ALT-131122-5|ct804||||Indel|embryos treated with zinc finger nuclease|5bp insertion|Prober Lab|ZDB-LAB-091123-1|Chr: 7|||2020-10-21
ZDB-ALT-131122-6|ct805||||Small Deletion|embryos treated with TALEN1-clcf1|19bp deletion|Prober Lab|ZDB-LAB-091123-1|Chr: 14|||2020-10-21
ZDB-ALT-131122-7|ct806||||Insertion|embryos treated with zinc finger nuclease|4bp insertion; the mutated protein is predicted to be a 178 amino acid peptide lacking the DBH active site, instead of the full length 614 amino acid protein.|Prober Lab|ZDB-LAB-091123-1|Chr: 10|||2020-10-21
ZDB-ALT-131122-8|ct807||||Small Deletion|embryos treated with TALEN1-fgf21|10bp deletion; Genomic coordinates: (GRCz11) KN149943.1:10963-10972|Prober Lab|ZDB-LAB-091123-1|Unmapped|||2020-10-21
ZDB-ALT-131125-1|ct808||||Indel|embryos treated with TALEN1-qrfpra|23bp insertion|Prober Lab|ZDB-LAB-091123-1|Chr: 13|||2020-10-21
ZDB-ALT-131125-2|ct809||||Small Deletion|embryos treated with zinc finger nuclease|4bp deletion|Prober Lab|ZDB-LAB-091123-1|Chr: 12|||2020-10-21
ZDB-ALT-131122-9|ct810||||Small Deletion|embryos treated with TALEN1-nmu|4bp deletion (GATG)|Prober Lab|ZDB-LAB-091123-1|Chr: 20|||2020-10-21
ZDB-ALT-131122-10|ct811||||Small Deletion|embryos treated with zinc finger nuclease|The mutant contains a 17 bp deletion (AGCCCGACAACCCGGGA) after nucleotide 94 of the open reading frame of the npy gene, resulting in a translational frameshift beginning at the fourth amino acid of the mature peptide domain. Mutant animals were genotyped using the primers 5'-ATAAATTGCGCATCAGCACA-3' and 5'-TGAGGAAGAATTTGAGACTACGC-3', which produce a 281 or 264 bp band for the WT or mutant allele, respectively.|Prober Lab|ZDB-LAB-091123-1|Chr: 19|||2020-10-21
ZDB-ALT-131122-11|ct812||||Small Deletion|embryos treated with TALEN1-prok2|1 bp deletion|Prober Lab|ZDB-LAB-091123-1|Chr: 6|||2020-10-21
ZDB-ALT-131122-12|ct813||||Small Deletion|embryos treated with TALEN1-prokr1a|203bp deletion|Prober Lab|ZDB-LAB-091123-1|Chr: 1|||2020-10-21
ZDB-ALT-131125-3|ct814||||Indel|embryos treated with TALEN1-prokr1b||Prober Lab|ZDB-LAB-091123-1|Chr: 13|||2020-10-21
ZDB-ALT-131125-4|ct815||||Insertion|embryos treated with zinc finger nuclease|4bp insertion|Prober Lab|ZDB-LAB-091123-1|Chr: 19|||2020-10-21
ZDB-ALT-131122-13|ct816||||Small Deletion|embryos treated with TALEN1-tgfa|4bp deletion|Prober Lab|ZDB-LAB-091123-1|Chr: 6|||2020-10-21
ZDB-ALT-131122-14|ct817||||Indel|embryos treated with zinc finger nuclease|Mutations causes a frameshift at nucleotide 721 (out of 1427) of the open reading frame and introduces multiple premature stop codons (first stop codon appears at nucleotide 841).; 4bp insertion|Prober Lab|ZDB-LAB-091123-1|Chr: 18|||2020-10-21
ZDB-ALT-131122-15|ct818||||Small Deletion|embryos treated with TALEN1-vip|26bp deletion|Prober Lab|ZDB-LAB-091123-1|Chr: 13|||2020-10-21
ZDB-ALT-150605-1|ct819Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hcrt:RFP)|ZDB-TGCONSTRCT-150605-1|2020-10-21
ZDB-ALT-120209-53|ct81Gt|This feature is representative of one or more unknown insertion sites.||ct81, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct81, Gt(rfx2:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 8|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-150605-2|ct820Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(qrfp:EGFP)|ZDB-TGCONSTRCT-150605-2|2020-10-21
ZDB-ALT-150605-3|ct821Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg2(dbh:EGFP)|ZDB-TGCONSTRCT-150605-3|2020-10-21
ZDB-ALT-150610-5|ct822Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(aanat2:CFP-NTR)|ZDB-TGCONSTRCT-150626-1|2020-10-21
ZDB-ALT-150625-1|ct823||||Small Deletion|embryos treated with CRISPR1-aanat1|aanat1 mutants were generated using the Cas9/CRISPR method and the sgRNA 5'-GGAGCGTGTGTCGGCGCTGG-3'. The aanat1 mutant contains a 40 bp deletion (nucleotides 67-106 of the open reading frame: 5&apos;- CGCCAGCGCCGACACACGCTCCCAGCAAGCGAGTTTCGCT-3&apos;). This deletion results in a change in reading frame after amino acid 23 and a premature stop codon after amino acid 78, compared to 204 amino acids for the WT protein. - Gandhi et al. (2015) Neuron 85(6): 1193-9 (ZDB-PUB-150311-4)|Prober Lab|ZDB-LAB-091123-1|Chr: 6|||2020-10-21
ZDB-ALT-150721-5|ct824Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hcrt:Rno.Trpv1-TagRFP)|ZDB-TGCONSTRCT-150721-5|2020-10-21
ZDB-ALT-150721-6|ct825Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(isl1:GAL4VP16,4xUAS:Rno.Trpv1-TagRFP)|ZDB-TGCONSTRCT-150721-6|2020-10-21
ZDB-ALT-150721-7|ct826Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(isl1:GAL4-VP16,4xUAS:Cat.TRPA1-TagRFP)|ZDB-TGCONSTRCT-160421-1|2020-10-21
ZDB-ALT-151228-1|ct827||||Indel|embryos treated with zinc finger nuclease|11 bp insertion (GTTTCGCTAGC)
ZFN binding sites: CACACCGAC and GATGTGGAG|Prober Lab|ZDB-LAB-091123-1|Chr: 22|||2020-10-21
ZDB-ALT-151228-2|ct828||||Small Deletion|embryos treated with zinc finger nuclease|5 bp deletion (AAGAA)
ZFIN binding sites: TGCTCCACC and GAAGAATGT|Prober Lab|ZDB-LAB-091123-1|Chr: 2|||2020-10-21
ZDB-ALT-151230-6|ct829|||nmur2 mutant|Small Deletion|embryos treated with TALEN1-nmur3|17 bp deletion (TTTAGCCTGGCCATCTC)|Prober Lab|ZDB-LAB-091123-1|Chr: 11|||2020-10-21
ZDB-ALT-120209-21|ct82aGt|This feature is representative of one or more unknown insertion sites.||ct82a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct82a, Gt(zgc:153362:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 11|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-151230-8|ct830Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:nmu)|ZDB-TGCONSTRCT-151230-3|2020-10-21
ZDB-ALT-160122-8|ct831Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hcrt:Cr.Chr2_H134R-EYFP)|ZDB-TGCONSTRCT-160122-7|2020-10-21
ZDB-ALT-160407-1|ct833Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(qrfp:LOX2272-LOXP-Tomato-LOX2272-Cerulean-LOXP-EYFP)|ZDB-TGCONSTRCT-160407-2|2020-10-21
ZDB-ALT-160407-2|ct834Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:qrfp)|ZDB-TGCONSTRCT-160407-1|2020-10-21
ZDB-ALT-160415-1|ct835||||Small Deletion|embryos treated with TALEN2-qrfpra|This is a mutant with a 11 bp deletion in the qrfpra gene which introduces a shift in the reading frame before the first TM domain resulting in premature stop codon and a 105 aa protein.|Prober Lab|ZDB-LAB-091123-1|Chr: 13|||2020-10-21
ZDB-ALT-170509-2|ct836||||Small Deletion|embryos treated with TALEN1-hdc||Prober Lab|ZDB-LAB-091123-1|Chr: 18|||2020-10-21
ZDB-ALT-170509-3|ct837||||Small Deletion|embryos treated with TALEN1-hrh2a||Prober Lab|ZDB-LAB-091123-1|Chr: 14|||2020-10-21
ZDB-ALT-170509-4|ct838||||Small Deletion|embryos treated with TALEN1-hrh2b||Prober Lab|ZDB-LAB-091123-1|Chr: 10|||2020-10-21
ZDB-ALT-170509-5|ct839||||Small Deletion|embryos treated with zinc finger nuclease||Prober Lab|ZDB-LAB-091123-1|Chr: 7|||2020-10-21
ZDB-ALT-120209-50|ct83aGt|This feature is representative of one or more unknown insertion sites.||ct83a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct83a, Gt(sf3a3:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 19|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-170509-6|ct840Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hcrt:ReaChR-Citrine)|ZDB-TGCONSTRCT-170509-1|2020-10-21
ZDB-ALT-170522-10|ct841Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:prok2)|ZDB-TGCONSTRCT-170522-1|2020-10-21
ZDB-ALT-170522-11|ct842||||Small Deletion|embryos treated with TALEN1-prok2|Mutant contains an 8 bp deletion (nucleotides 124-131 of the open reading frame: 5’-TGTGGATC -3’), which results in a change in reading frame after amino acid 41 and a premature stop codon after amino acid 87 compared to 107 amino acids for the WT protein. Mutants were genotyped using the primers 5’-CAAGTGGACACACCGAACAC-3’ and 5’-ATCCTGGAATGGAAATGGTG-3’. PCR products were digested with BamHI. Mutant (404 bp) and WT (155 bp + 257 bp) bands were distinguished by running the digested PCR product on a 2% agarose gel.; The predicted mutant protein lacks key conserved domains including 5 of 10 cysteine residues and the dibasic proteolytic cleavage site, and is thus likely non-functional|Prober Lab|ZDB-LAB-091123-1|Chr: 6|||2020-10-21
ZDB-ALT-170522-12|ct843||||Indel|embryos treated with TALEN1-prokr1a|Mutant contains a 7 bp deletion (nucleotides 411-422 of the open reading frame: 5’-TACGTGTCCAC-3’ was replaced by 5’-TTGGT3’), which results in a change in reading frame after amino acid 136 and a premature stop codon after amino acid 156 compared to 385 amino acids for the WT protein.  Mutants were genotyped using the primers 5’-GGCGTTGGTAATTGCGTATT-3’ and 5’-TATCAGCCACCAGCACTCTG-3’. PCR products were digested with AflIII. Mutant (527 bp) and WT (218 bp + 316 bp) bands were distinguished by running the digested PCR reaction on a 2% agarose gel.; predicted mutant protein lacks more than 4 transmembrane domains and is thus likely non-functional|Prober Lab|ZDB-LAB-091123-1|Chr: 1|||2020-10-21
ZDB-ALT-170522-13|ct844||||Small Deletion|embryos treated with TALEN1-prokr1b|Mutant contains a 1 bp deletion (nucleotide 12 of the open reading frame: 5’-C-3’), which results in a change in reading frame after amino acid 4 and a premature stop codon after amino acid 13 compared to 396 amino acids for the WT protein. Mutants were genotyped using the primers 5’-TGAGCGTAATGCTAATGGTCT-3’ and 5’-CCAGAGTGGCGATAAACACA-3’. PCR products were digested with BsaHI. Mutant (428 bp) and WT (190 bp + 239 bp) bands were distinguished by running the digested PCR reaction on a 2% agarose gel.; predicted mutant protein lacks all 7 transmembrane domains and is thus likely non-functional|Prober Lab|ZDB-LAB-091123-1|Chr: 13|||2020-10-21
ZDB-ALT-170927-1|ct845||||Small Deletion|embryos treated with CRISPR1-npvf|In humans and zebrafish, npvf encodes a preproprotein that contains three mature peptides: RFRP1, RFRP2 and RFRP3. The ct845 mutant contains a 7 bp deletion (CCCAAGT) after nucleotide 324 of the open reading frame of npvf. The mutation results in a change in translational reading frame after amino acid 108 and a premature stop codon after amino acid 146, compared to 198 amino acids for the WT protein. The predicted mutant protein contains RFRP1 but lacks the RFRP2 and RFRP3 peptide sequences.|Prober Lab|ZDB-LAB-091123-1|Chr: 19|||2020-10-21
ZDB-ALT-170927-2|ct846Tg||||Transgenic Insertion|||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:npvf)|ZDB-TGCONSTRCT-170927-1|2020-10-21
ZDB-ALT-170927-3|ct847Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(npvf:EGFP)|ZDB-TGCONSTRCT-170927-2|2020-10-21
ZDB-ALT-170927-4|ct848Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(npvf:KALTA4)|ZDB-TGCONSTRCT-170927-3|2020-10-21
ZDB-ALT-170927-5|ct849Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(npvf:ReaChR-mCitrine)|ZDB-TGCONSTRCT-170927-4|2020-10-21
ZDB-ALT-170927-6|ct850Tg||||Transgenic Insertion|||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(npvf:mTagYFP-T2A-eNTR)|ZDB-TGCONSTRCT-170927-5|2020-10-21
ZDB-ALT-170927-7|ct851Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(10xUAS:Rno.Trpv1-TagRFP,myl7:EGFP)|ZDB-TGCONSTRCT-170927-6|2020-10-21
ZDB-ALT-170927-8|ct852Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(npy:KALTA4)|ZDB-TGCONSTRCT-170927-7|2020-10-21
ZDB-ALT-171002-3|ct853Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:npy)|ZDB-TGCONSTRCT-171002-2|2020-10-21
ZDB-ALT-171004-1|ct854Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:npvf-RFRP1)|ZDB-TGCONSTRCT-171004-1|2020-10-21
ZDB-ALT-171004-2|ct855Tg|||ct85Tg|Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:npvf-RFRP2)|ZDB-TGCONSTRCT-171004-2|2020-10-21
ZDB-ALT-171004-3|ct856Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:npvf-RFRP3)|ZDB-TGCONSTRCT-171004-3|2020-10-21
ZDB-ALT-171004-4|ct857Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:npvf-RFRP1,2)|ZDB-TGCONSTRCT-171004-4|2020-10-21
ZDB-ALT-171004-5|ct858Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:npvf-RFRP1,3)|ZDB-TGCONSTRCT-171004-5|2020-10-21
ZDB-ALT-171004-6|ct859Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:npvf-RFRP2,3)|ZDB-TGCONSTRCT-171004-6|2020-10-21
ZDB-ALT-171004-7|ct860Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:RFRPscr)|ZDB-TGCONSTRCT-171004-7|2020-10-21
ZDB-ALT-171009-1|ct861||||Small Deletion|embryos treated with CRISPR1-crha||Prober Lab|ZDB-LAB-091123-1|Chr: 2|||2020-10-21
ZDB-ALT-171009-2|ct862||||Insertion|embryos treated with CRISPR1-crhb||Prober Lab|ZDB-LAB-091123-1|Chr: 24|||2020-10-21
ZDB-ALT-180501-6|ct863Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:Cel.flp-13)|ZDB-TGCONSTRCT-180501-6|2020-10-21
ZDB-ALT-190508-1|ct864Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(tph2:EGFP)|ZDB-TGCONSTRCT-190508-1|2020-10-21
ZDB-ALT-190508-2|ct865Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(tph2:ChR2-YFP)|ZDB-TGCONSTRCT-190508-2|2020-10-21
ZDB-ALT-190508-3|ct866Tg||||Transgenic Insertion|embryos treated with DNA||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(tph2:eNTR-YFP)|ZDB-TGCONSTRCT-190508-3|2020-10-21
ZDB-ALT-190607-1|ct867||||Small Deletion|embryos treated with CRISPR2-nr3c2||Prober Lab|ZDB-LAB-091123-1|Chr: 1|||2020-10-21
ZDB-ALT-190725-1|ct868||||Small Deletion|embryos treated with TALEN1-tgfa||Prober Lab|ZDB-LAB-091123-1|Chr: 6|||2020-10-21
ZDB-ALT-190725-2|ct869||||Indel|||Prober Lab|ZDB-LAB-091123-1|Unmapped|||2020-10-21
ZDB-ALT-190725-3|ct870||||Indel|||Prober Lab|ZDB-LAB-091123-1|Unmapped|||2020-10-21
ZDB-ALT-190725-4|ct871Tg||||Transgenic Insertion|||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(hsp70l:tgfa)|ZDB-TGCONSTRCT-190725-1|2020-10-21
ZDB-ALT-190725-5|ct872Tg||||Transgenic Insertion|||Prober Lab|ZDB-LAB-091123-1|Unmapped|Tg(npvf:GCaMP6S-2A-tdTomato)|ZDB-TGCONSTRCT-190725-2|2020-10-21
ZDB-ALT-191211-1|ct873|||ct845|Indel|embryos treated with TALEN1-adora2aa|The mutated A2aaAR protein lacks transmembrane domains 6 and 7, which contain conserved ligand binding residues. It also lacks the entire C-terminal cytoplasmic tail, which mediates interaction with G proteins and protects the receptor from ubiquitination and degradation.|Prober Lab|ZDB-LAB-091123-1|Chr: 8|||2020-10-21
ZDB-ALT-200512-2|ct874Tg||||Transgenic Insertion|||Prober Lab|ZDB-LAB-091123-1|Unmapped|||2020-10-21
ZDB-ALT-120209-46|ct90aGt|This feature is representative of one or more unknown insertion sites.||ct90a, Gt(dmd:citrine), Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct90a|Transgenic Insertion|embryos treated with DNA|Ruf-Zamojski et al (2015): vector inserted between exons 4 and 5 of the dystrophin (dmd) locus. Protein domain prediction suggests that the gene trap creates a fusion protein with Citrine between the two CH domains in the Nterminal calponin homology domain of Dmd.|Scott Fraser Lab|ZDB-LAB-000204-2|Chr: 1|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-34|ct96aGt|This feature is representative of one or more unknown insertion sites.||ct96a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct96a|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Unmapped|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-35|ct98aGt|This feature is representative of one or more unknown insertion sites.||ct98a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct98a|Transgenic Insertion|adult males treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Unmapped|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-36|ct99aGt|This feature is representative of one or more unknown insertion sites.||ct99a, Gt(FRT-LOXP-Citrine-LOXPV-mCherry-LOXP-LOXPV-FRT)ct99a, Gt(si:ch211-146l10.2:citrine)|Transgenic Insertion|embryos treated with DNA||Scott Fraser Lab|ZDB-LAB-000204-2|Ambiguous|Gt(FRT-LOXP-Citrine-LOX2272-mCherry-LOXP-LOX2272-FRT)|ZDB-GTCONSTRCT-120209-1|2020-10-21
ZDB-ALT-090408-1|ctd_unspecified|||un_ctd, unspecified_ctd|Unspecified||This record has been created in support of data for which a publication has not specified an allele.|||Unmapped|||2020-10-21
ZDB-ALT-050209-40|ctnnb2_unspecified|||ich_unspecified, un_ich, unspecified_ich|Unspecified|||||Chr: 19|||2020-10-21
ZDB-ALT-200615-1|cu101Tg||||Transgenic Insertion|embryos treated with DNA||Sarris Lab|ZDB-LAB-140702-1|Unmapped|Tg(lyz:cxcr1-TagRFP-sfGFP)|ZDB-TGCONSTRCT-200615-1|2020-10-21
ZDB-ALT-200615-2|cu102Tg||||Transgenic Insertion|embryos treated with DNA||Sarris Lab|ZDB-LAB-140702-1|Unmapped|Tg(lyz:cxcr2-TagRFP-sfGFP)|ZDB-TGCONSTRCT-200615-2|2020-10-21
ZDB-ALT-170616-4|cu10Tg||||Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg(UAS:Dendra2-Hsa.MAPT_A152T,myl7:EGFP)|ZDB-TGCONSTRCT-170616-4|2020-10-21
ZDB-ALT-170616-5|cu11Tg||||Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg3(Xla.Eef1a1:GAL4-VP16)|ZDB-TGCONSTRCT-170616-5|2020-10-21
ZDB-ALT-190304-2|cu12Tg||||Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg(rho:EGFP-Hsa.MAPT_P301L)|ZDB-TGCONSTRCT-190304-2|2020-10-21
ZDB-ALT-190719-3|cu13Tg||||Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg(UAS:atg5,myl7:EGFP)|ZDB-TGCONSTRCT-190719-2|2020-10-21
ZDB-ALT-190719-4|cu14Tg||||Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg(UAS:FLAG-atg4b_C74A,myl7:EGFP)|ZDB-TGCONSTRCT-190719-3|2020-10-21
ZDB-ALT-190719-5|cu15Tg||||Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg(UAS:His-bcl2l11_L128E_F135E,myl7:EGFP)|ZDB-TGCONSTRCT-190719-4|2020-10-21
ZDB-ALT-190719-6|cu16Tg||||Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg(ubb:ERT2-GAL4-VP16,cryaa:RFP)|ZDB-TGCONSTRCT-130822-3|2020-10-21
ZDB-ALT-191104-1|cu17||||Small Deletion|embryos treated with CRISPR5-pax2a||Harris Lab|ZDB-LAB-070129-2|Chr: 13|||2020-10-21
ZDB-ALT-191104-2|cu18||||Small Deletion|embryos treated with CRISPR1-nphs1||Harris Lab|ZDB-LAB-070129-2|Chr: 15|||2020-10-21
ZDB-ALT-191104-3|cu19||||Small Deletion|embryos treated with CRISPR1-kirrel1a||Harris Lab|ZDB-LAB-070129-2|Chr: 7|||2020-10-21
ZDB-ALT-070129-1|cu1Tg|||ath5:gap-gfp, Tg(atoh7:gap43-GFP)cu1|Transgenic Insertion|embryos treated with DNA||Harris Lab|ZDB-LAB-070129-2|Unmapped|Tg(atoh7:GAP-GFP)|ZDB-TGCONSTRCT-070129-1|2020-10-21
ZDB-ALT-191104-4|cu20||||Small Deletion|embryos treated with CRISPR1-itga5||Harris Lab|ZDB-LAB-070129-2|Chr: 23|||2020-10-21
ZDB-ALT-191104-5|cu21||||Small Deletion|embryos treated with CRISPR1-itga6b||Harris Lab|ZDB-LAB-070129-2|Chr: 1|||2020-10-21
ZDB-ALT-191104-6|cu22||||Small Deletion|embryos treated with CRISPR3-wt1b||Harris Lab|ZDB-LAB-070129-2|Chr: 18|||2020-10-21
ZDB-ALT-191104-7|cu23||||Small Deletion|embryos treated with CRISPR3-cadm1a||Harris Lab|ZDB-LAB-070129-2|Chr: 21|||2020-10-21
ZDB-ALT-191107-6|cu24||||Small Deletion|embryos treated with CRISPR1-cadm4||Harris Lab|ZDB-LAB-070129-2|Chr: 16|||2020-10-21
ZDB-ALT-070129-2|cu2Tg|||Tg(atoh7:gap43-RFP)cu2, Tg(pBatoh7:gap43-rfp); ath5:gap-rfp|Transgenic Insertion|embryos treated with DNA||Harris Lab|ZDB-LAB-070129-2|Unmapped|Tg(atoh7:GAP-RFP)|ZDB-TGCONSTRCT-070129-2|2020-10-21
ZDB-ALT-170404-12|cu3313Tg||||Transgenic Insertion|embryos treated with DNA||Harris Lab|ZDB-LAB-070129-2|Unmapped|Tg(gfap:Eco.GltL-cpEGFP)|ZDB-TGCONSTRCT-170404-8|2020-10-21
ZDB-ALT-101103-1|cu3Tg|||Tg(rho:EGFP)2cu3|Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg2(rho:EGFP)|ZDB-TGCONSTRCT-101103-1|2020-10-21
ZDB-ALT-081028-1|cu4Tg|||EGFP-HDQ23, Tg(rho:EGFP-HTTQ23)cu4, Tg(rho:EGFP-HTTQ23)zf107, zf107|Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg(rho:EGFP-HTTQ23)|ZDB-TGCONSTRCT-081028-1|2020-10-21
ZDB-ALT-081028-2|cu5Tg|||EGFP-HDQ71, Tg(rho:EGFP-HTTQ71)cu5, Tg(rho:EGFP-HTTQ71)zf108, zf108|Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg(rho:EGFP-HTTQ71)|ZDB-TGCONSTRCT-081028-2|2020-10-21
ZDB-ALT-110523-3|cu6Tg|||Tg(-5bactin2:cetn2-GFP)cu6, Tg(centrin-GFP)|Transgenic Insertion|embryos treated with DNA||Harris Lab|ZDB-LAB-070129-2|Unmapped|Tg(-5actb2:cetn4-GFP)|ZDB-TGCONSTRCT-110523-3|2020-10-21
ZDB-ALT-121206-4|cu7Tg|||Tg(rho:EGFPtau)cu7|Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg(rho:EGFP-Hsa.MAPT)|ZDB-TGCONSTRCT-121206-2|2020-10-21
ZDB-ALT-170215-1|cu8Tg||||Transgenic Insertion|embryos treated with DNA||Harris Lab|ZDB-LAB-070129-2|Unmapped|Tg(atoh7:rpl10a-GFP)|ZDB-TGCONSTRCT-170215-1|2020-10-21
ZDB-ALT-170616-3|cu9Tg||||Transgenic Insertion|embryos treated with DNA||Fleming Lab|ZDB-LAB-101027-4|Unmapped|Tg(UAS:Dendra2-Hsa.MAPT,myl7:EGFP)|ZDB-TGCONSTRCT-170616-3|2020-10-21
ZDB-ALT-050908-4|cw1||||Unknown|adult males treated with ENU||Whitlock Lab|ZDB-LAB-001120-1|Unmapped|||2020-10-21
ZDB-ALT-190530-2|cwr10||||Indel|embryos treated with CRISPR1-tmc2a||McDermott Lab|ZDB-LAB-070315-1|Chr: 5|||2020-10-21
ZDB-ALT-161101-2|cwr1001|||cwr1|Small Deletion|embryos treated with zinc finger nuclease||Alagramam Lab|ZDB-LAB-161014-2|Chr: 15|||2020-10-21
ZDB-ALT-161101-3|cwr1002|||cwr2|Small Deletion|embryos treated with zinc finger nuclease||Alagramam Lab|ZDB-LAB-161014-2|Chr: 15|||2020-10-21
ZDB-ALT-161101-4|cwr1003|||cwr3|Small Deletion|embryos treated with zinc finger nuclease||Alagramam Lab|ZDB-LAB-161014-2|Chr: 15|||2020-10-21
ZDB-ALT-161101-5|cwr1004|||cwr4|Small Deletion|embryos treated with zinc finger nuclease||Alagramam Lab|ZDB-LAB-161014-2|Chr: 15|||2020-10-21
ZDB-ALT-161017-3|cwr1005Tg||||Transgenic Insertion|embryos treated with DNA||Alagramam Lab|ZDB-LAB-161014-2|Unmapped|Tg(pvalb9:Hsa.CLRN1-YFP)|ZDB-TGCONSTRCT-161017-1|2020-10-21
ZDB-ALT-161017-4|cwr1006Tg||||Transgenic Insertion|embryos treated with DNA||Alagramam Lab|ZDB-LAB-161014-2|Unmapped|Tg(pvalb9:Hsa.CLRN1_c.144T>G-YFP)|ZDB-TGCONSTRCT-161017-2|2020-10-21
ZDB-ALT-140402-2|cwr1Tg||||Transgenic Insertion|embryos treated with DNA||McDermott Lab|ZDB-LAB-070315-1|Unmapped|Tg(pvalb9:actb2-mCherry)|ZDB-TGCONSTRCT-140402-3|2020-10-21
ZDB-ALT-150617-1|cwr2Tg||||Transgenic Insertion|embryos treated with DNA||McDermott Lab|ZDB-LAB-070315-1|Unmapped|Tg(pvalb8:ctbp2a-mCherry)|ZDB-TGCONSTRCT-150617-1|2020-10-21
ZDB-ALT-160719-8|cwr3Tg||||Transgenic Insertion|embryos treated with DNA||McDermott Lab|ZDB-LAB-070315-1|Unmapped|Tg(pvalb9:EGFP-fscn2b)|ZDB-TGCONSTRCT-160719-3|2020-10-21
ZDB-ALT-160719-9|cwr4Tg||||Transgenic Insertion|embryos treated with DNA||McDermott Lab|ZDB-LAB-070315-1|Unmapped|Tg(pvalb9:EGFP-fscn2b_S38A)|ZDB-TGCONSTRCT-160719-4|2020-10-21
ZDB-ALT-160719-10|cwr5Tg||||Transgenic Insertion|embryos treated with DNA||McDermott Lab|ZDB-LAB-070315-1|Unmapped|Tg(pvalb9:EGFP-fscn2b_S38E)|ZDB-TGCONSTRCT-160719-5|2020-10-21
ZDB-ALT-181128-6|cwr6Tg||||Transgenic Insertion|embryos treated with DNA||McDermott Lab|ZDB-LAB-070315-1|Unmapped|Tg(pvalb9:mCherry)|ZDB-TGCONSTRCT-181128-2|2020-10-21
ZDB-ALT-181128-7|cwr7Tg||||Transgenic Insertion|embryos treated with DNA||McDermott Lab|ZDB-LAB-070315-1|Unmapped|Tg(pvalb9:ctbp2a-mCherry)|ZDB-TGCONSTRCT-181128-3|2020-10-21
ZDB-ALT-190530-1|cwr8||||Small Deletion|embryos treated with TALEN1-tmc2b||McDermott Lab|ZDB-LAB-070315-1|Chr: 5|||2020-10-21
ZDB-ALT-190530-3|cwr9||||Small Deletion|embryos treated with CRISPR1-tmc2b||McDermott Lab|ZDB-LAB-070315-1|Chr: 5|||2020-10-21
ZDB-ALT-130228-4|cy10Tg|||Tg(her4.1:h2afva-mCherry)cy10|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(her4.1:h2az2a-mCherry)|ZDB-TGCONSTRCT-130228-4|2020-10-21
ZDB-ALT-130228-5|cy11Tg|||Tg(her4.1:Eco.NfsB-KikGR)cy11|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(her4.1:NTR-KikGR)|ZDB-TGCONSTRCT-130228-5|2020-10-21
ZDB-ALT-130228-6|cy12Tg|||Tg(actb2:Hsa.PYCR1)cy12|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(actb2:Hsa.PYCR1)|ZDB-TGCONSTRCT-130228-6|2020-10-21
ZDB-ALT-131011-1|cy13Tg|||Tg(myl7:h2afva-mCherry,myl7:EGFP)cy13|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(myl7:h2az2a-mCherry,myl7:EGFP)|ZDB-TGCONSTRCT-131011-1|2020-10-21
ZDB-ALT-100409-1|cy17Tg|||Tg(krt4:Eco.NsfB-KikGR)cy17, Tg(krt4:NTR::hKiKGR), Tg(krt4:NTR-hKikGR)cy17, Tg(krt4:NTR-KikGR)cy17|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(krt4:Eco.NfsB-KikGR)|ZDB-TGCONSTRCT-100409-1|2020-10-21
ZDB-ALT-121005-1|cy18Tg|||Tg(krt4:MYR-Hsa-AKT1)cy18, Tg(krt4:MYR-Hsa.AKT1)cy18, Tg(krt4:MYR-Hsa.AKT1,myl7:EGFP)cy18|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Chr: 22|Tg(krt4:MYR-Hsa.AKT1,IRES:EGFP,myl7:EGFP)|ZDB-TGCONSTRCT-121005-1|2020-10-21
ZDB-ALT-110725-1|cy1Tg|||Tg(bactin2:mCherry,myl7:EGFP)cy1|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(actb2:mCherry,myl7:EGFP)|ZDB-TGCONSTRCT-110725-1|2020-10-21
ZDB-ALT-141113-9|cy21Tg||||Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(krt4:Mmu.Myc_T>A58,myl7:EGFP)|ZDB-TGCONSTRCT-141113-5|2020-10-21
ZDB-ALT-190821-9|cy22Tg||||Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(krt4:Sce.Abp140-Venus)|ZDB-TGCONSTRCT-190821-6|2020-10-21
ZDB-ALT-141113-10|cy24Tg||||Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(krt4:Hsa.CDC6,myl7:EGFP)|ZDB-TGCONSTRCT-141113-6|2020-10-21
ZDB-ALT-170113-18|cy25Tg||||Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(Ola.Sp7:nlsGFP)|ZDB-TGCONSTRCT-170113-8|2020-10-21
ZDB-ALT-130228-7|cy26Tg|||Tg(her4.1:jupa-EGFP)cy26|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(her4.1:jupa-EGFP)|ZDB-TGCONSTRCT-130228-7|2020-10-21
ZDB-ALT-130228-8|cy29Tg|||Tg(krt5:h2afva-mCherry)cy29|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(krt5:h2az2a-mCherry)|ZDB-TGCONSTRCT-130228-8|2020-10-21
ZDB-ALT-130228-9|cy30Tg|||Tg(myl7:Eco.NfsB-KikGR)cy30|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(myl7:Eco.NfsB-KikGR)|ZDB-TGCONSTRCT-130228-9|2020-10-21
ZDB-ALT-130228-10|cy31Tg|||Tg(Ola.Sp7:notch1a)cy31|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(Ola.Sp7:notch1a)|ZDB-TGCONSTRCT-130228-10|2020-10-21
ZDB-ALT-130228-11|cy32Tg|||Tg(Ola.Sp7:bmpr1aa)cy32|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(Ola.Sp7:bmpr1aa)|ZDB-TGCONSTRCT-130228-11|2020-10-21
ZDB-ALT-130228-12|cy33Tg|||Tg(Ola.Sp7:dnbmpr1aa)cy33|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(Ola.Sp7:dnbmpr1aa)|ZDB-TGCONSTRCT-130228-12|2020-10-21
ZDB-ALT-100409-2|cy34Tg|||Tg(krt4:nlsEGFP)cy34|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(krt4:NLS-EGFP)|ZDB-TGCONSTRCT-100409-2|2020-10-21
ZDB-ALT-130228-13|cy35Tg|||Tg(col2a1a:mib_M1013R)cy35|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(col2a1a:mib_M1013R)|ZDB-TGCONSTRCT-130228-13|2020-10-21
ZDB-ALT-130228-14|cy36Tg|||Tg(col2a1a:bmpr1aa)cy36|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(col2a1a:bmpr1aa)|ZDB-TGCONSTRCT-130228-14|2020-10-21
ZDB-ALT-120328-5|cy38Tg|||Tg(krt4:HPV16.E6)cy38|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(krt4:HPV16.E6)|ZDB-TGCONSTRCT-120328-2|2020-10-21
ZDB-ALT-190514-1|cy50||||Small Deletion|embryos treated with TALEN2-lepa|mutated lepa protein is truncated with only two beta-sheet and one alpha-helix motifs at the C-terminus|Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Chr: 18|||2020-10-21
ZDB-ALT-191028-2|cy51||||Small Deletion|embryos treated with TALEN1-pycr1a||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Chr: 3|||2020-10-21
ZDB-ALT-120328-4|cy6Tg|||Tg(krt4:Mmu.Stat3)cy6|Transgenic Insertion|embryos treated with DNA||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(krt4:Mmu.Stat3)|ZDB-TGCONSTRCT-120328-1|2020-10-21
ZDB-ALT-141126-1|cy9Tg||||Transgenic Insertion|DNA ||Epidermal Stem Cell Lab|ZDB-LAB-100401-1|Unmapped|Tg(krt4:h2az2a-mCherry)|ZDB-TGCONSTRCT-141126-1|2020-10-21
ZDB-ALT-001127-8|cz11||||Insertion|adult males treated with ENU||The Zon Lab|ZDB-LAB-971016-2|Chr: 5|||2020-10-21
ZDB-ALT-070117-22|cz114||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-060330-24|cz163||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-110124-1|cz1701Tg|||Tg(-3.5ubb:loxP-EGFP-loxP-mCherry)cz1701, ubi:Switch|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-3.5ubb:LOXP-EGFP-LOXP-mCherry)|ZDB-TGCONSTRCT-110124-1|2020-10-21
ZDB-ALT-110121-1|cz1702Tg|||Tg(-3.5ubb:CreERT2, myl7:EGFP)cz1702, Tg(-3.5ubi:creERT2;cmlc2-EGFP)V, ubi:creERt2|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-3.5ubb:Cre-ERT2,myl7:EGFP)|ZDB-TGCONSTRCT-110121-1|2020-10-21
ZDB-ALT-110317-1|cz1703Tg|||Tg(-3.5ubb:EGFP)cz1703|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-3.5ubb:EGFP)|ZDB-TGCONSTRCT-110317-1|2020-10-21
ZDB-ALT-110317-2|cz1704Tg|||Tg(-3.5ubb:EGFP)cz1704|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-3.5ubb:EGFP)|ZDB-TGCONSTRCT-110317-1|2020-10-21
ZDB-ALT-110317-3|cz1705Tg|||Tg(-3.5ubb:mCherry)cz1705|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-3.5ubb:mCherry)|ZDB-TGCONSTRCT-110317-2|2020-10-21
ZDB-ALT-110317-4|cz1706Tg|||Tg(-3.5ubb:mCherry)cz1706|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-3.5ubb:mCherry)|ZDB-TGCONSTRCT-110317-2|2020-10-21
ZDB-ALT-001127-14|cz18||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-060929-10|cz198||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-040723-6|cz1Tg|||cz1, Tg(lck:lck-GFP), Tg(lck:lck-GFP)cz1|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(lck:lck-EGFP)|ZDB-TGCONSTRCT-070117-48|2020-10-21
ZDB-ALT-001127-2|cz20||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Chr: 18|||2020-10-21
ZDB-ALT-150512-1|cz2009Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(Mmu.Runx1:EGFP)|ZDB-TGCONSTRCT-150512-1|2020-10-21
ZDB-ALT-070117-23|cz201||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-150512-2|cz2010Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(Mmu.Runx1:NLS-mCherry)|ZDB-TGCONSTRCT-150512-2|2020-10-21
ZDB-ALT-070117-2|cz206||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-040128-12|cz213||||Point Mutation|adult males treated with ENU||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-090203-1|cz22||||Unknown|adult males treated with ENU||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-040213-10|cz226||||Point Mutation|adult males treated with ENU|T-to-G mutation in splice donor site after exon 13 leads to aberrant splicing. Use of downstream cryptic splice donor site results in frameshift and replacement of last 42-aa of protein with a novel 38-aa sequence.|The Zon Lab|ZDB-LAB-971016-2|Chr: 11|||2020-10-21
ZDB-ALT-070117-3|cz237||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-040213-8|cz280||||Point Mutation|adult males treated with ENU||The Zon Lab|ZDB-LAB-971016-2|Chr: 6|||2020-10-21
ZDB-ALT-060330-26|cz289||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-070117-13|cz299||||Point Mutation|ENU |Has a C-to-T mutation at nt 1834 of the coding sequence, which results in a UAG stop codon. Amino acid change Gln612 to Stop|The Zon Lab|ZDB-LAB-971016-2|Chr: 22|||2020-10-21
ZDB-ALT-040723-4|cz2Tg|||cz2, Tg(lck:lck-EGFP)_unspecified, Tg(lck:lck-GFP), Tg(lck:lck-GFP)cz2, zf529Tg|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(lck:lck-EGFP)|ZDB-TGCONSTRCT-070117-48|2020-10-21
ZDB-ALT-001127-12|cz3||||Insertion|adult males treated with ENU||The Zon Lab|ZDB-LAB-971016-2|Chr: 5|||2020-10-21
ZDB-ALT-040128-10|cz319||||Point Mutation|adult males treated with ENU|Verduzco et al. (2012) found C to T mutation at codon 206 which is predicted to result in a premature stop codon and a truncated protein.|The Zon Lab|ZDB-LAB-971016-2|Chr: 13|||2020-10-21
ZDB-ALT-001127-4|cz32||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-070117-24|cz329||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-040128-4|cz3321||||Unknown|adult males treated with ENU||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-040128-6|cz3322||||Point Mutation|adult males treated with ENU||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-070725-2|cz3323Tg|||25A, Tg(bactin:loxP-EGFP-loxP-Hsa.KRAS_G12D)cz3323, Tg(bactin:loxP-EGFP-loxP-kRASG12D)cz3323, Tg(bactin:loxP-EGFP-loxP-Kras_G12D)cz3323|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(actb2:LOXP-EGFP-LOXP-Hsa.KRAS_G12D)|ZDB-TGCONSTRCT-070725-2|2020-10-21
ZDB-ALT-070725-3|cz3324Tg|||48, Tg(bactin:loxP-EGFP-loxP-Hsa.KRAS_G12D)cz3324, Tg(bactin:loxP-EGFP-loxP-kRASG12D)cz3324, Tg(bactin:loxP-EGFP-loxP-Kras_G12D)cz3324|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(actb2:LOXP-EGFP-LOXP-Hsa.KRAS_G12D)|ZDB-TGCONSTRCT-070725-2|2020-10-21
ZDB-ALT-130522-5|cz3325Tg|||Tg(LCR:EGFP)cz3325, Tg(LCR:EGFP)zf380, zf380|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(LCR:EGFP)|ZDB-TGCONSTRCT-130522-2|2020-10-21
ZDB-ALT-130923-1|cz3326Tg|||Tg(cdh15:GFP)cz3326|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(cdh15:GFP)|ZDB-TGCONSTRCT-130828-2|2020-10-21
ZDB-ALT-130923-2|cz3327Tg|||Tg(mylpfa:mCherry)cz3327|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(mylpfa:mCherry)|ZDB-TGCONSTRCT-130828-3|2020-10-21
ZDB-ALT-150619-1|cz3328Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(hsp70l:angptl2b), Tg(myl7:DsRed2)|ZDB-TGCONSTRCT-150619-1, ZDB-TGCONSTRCT-150619-2|2020-10-21
ZDB-ALT-151014-1|cz3329Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(hsp70l:runx1)|ZDB-TGCONSTRCT-151014-1|2020-10-21
ZDB-ALT-040128-8|cz333||||Point Mutation|adult males treated with ENU||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-160106-1|cz3330Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(kdrl:dnHsa.JUNB,GFP)|ZDB-TGCONSTRCT-160106-1|2020-10-21
ZDB-ALT-160129-2|cz3331Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-6.35drl:EGFP)|ZDB-TGCONSTRCT-160129-1|2020-10-21
ZDB-ALT-160129-3|cz3332Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-6.35drl:Cre-ERT2,myl7:EGFP)|ZDB-TGCONSTRCT-160129-2|2020-10-21
ZDB-ALT-160129-4|cz3333Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-6.35drl:Cre-ERT2,cryaa:Venus)|ZDB-TGCONSTRCT-160623-1|2020-10-21
ZDB-ALT-160208-1|cz3334Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(crestin:EGFP)|ZDB-TGCONSTRCT-160208-1|2020-10-21
ZDB-ALT-160208-2|cz3335Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-4.5-crestin:mCherry)|ZDB-TGCONSTRCT-160208-3|2020-10-21
ZDB-ALT-160208-3|cz3336Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg2(crestin:EGFP)|ZDB-TGCONSTRCT-160208-2|2020-10-21
ZDB-ALT-160208-4|cz3337Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-4.5-crestin:EGFP)|ZDB-TGCONSTRCT-160208-6|2020-10-21
ZDB-ALT-160208-5|cz3338Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(crestin:Cre-ERT2,cryaa:YFP)|ZDB-TGCONSTRCT-160208-5|2020-10-21
ZDB-ALT-180306-3|cz3339Tg||||Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(kdrl:cxcr1,myl7:EGFP)|ZDB-TGCONSTRCT-180306-1|2020-10-21
ZDB-ALT-070117-4|cz346||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-000913-2|cz35|||z1|Insertion||Contains a 1848 bp insertion.|Heisenberg Lab|ZDB-LAB-010328-1|Ambiguous|||2020-10-21
ZDB-ALT-070117-25|cz376||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-070117-5|cz384||||Unknown|||The Zon Lab|ZDB-LAB-971016-2|Unmapped|||2020-10-21
ZDB-ALT-090714-1|cz4|||can4|Point Mutation|adult males treated with ENU|T-to-A point mutation in intron 14 results in a cryptic splice site, leading to frameshift and premature stop.|The Zon Lab|ZDB-LAB-971016-2|Ambiguous|||2020-10-21
ZDB-ALT-101021-1|cz400|||sunrise, sunshine|Point Mutation|adult males treated with ENU|C->T transition at  1507 in cdc73 coding region leading to a premature stop codon|The Zon Lab|ZDB-LAB-971016-2|Chr: 2|||2020-10-21
ZDB-ALT-101021-2|cz401Tg|||TgBAC(trim33:trim33;-2.7actb1:EGFP)cz401, TgBAC(trim33:trim33;-2.7bactin1:EGFP)cz401, Tif1g+;bactin:GFP|Transgenic Insertion|DNA ||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(-2.7actb1:EGFP), TgBAC(trim33:trim33)|ZDB-TGCONSTRCT-140429-4, ZDB-TGCONSTRCT-101021-1|2020-10-21
ZDB-ALT-001127-10|cz5||||Insertion|adult males treated with ENU||The Zon Lab|ZDB-LAB-971016-2|Chr: 5|||2020-10-21
ZDB-ALT-060602-4|cz61||||Point Mutation|adult males treated with ENU|The T>A mutation at nucleotide 80 of the 91 bp intron 26 creates a cryptic splice acceptor site and leads to an 11 bp insertion in exon 27 of the coding sequence. This leads to the insertion of Phe-Phe-Ser-STOP in the predicted protein.|The Zon Lab|ZDB-LAB-971016-2|Chr: 2|||2020-10-21
ZDB-ALT-070117-6|cz65||||Point Mutation|adult males treated with ENU|Has a G-to-A mutation at nt 820 of the coding sequence, which results in a UGA stop codon. Amino acid change Trp273 to Stop.|The Zon Lab|ZDB-LAB-971016-2|Chr: 22|||2020-10-21
ZDB-ALT-050419-2|czt13Tg|||czt13, Tg(mitfa:BRAF-V600E), Tg(mitfa:BRAF-V600E)czt13|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(mitfa:Hsa.BRAF_V600E)|ZDB-TGCONSTRCT-070117-106|2020-10-21
ZDB-ALT-050419-4|cztq7Tg|||cztq7, Tg(mitfa:BRAF-V600E), Tg(mitfa:BRAF-V600E)cztq7|Transgenic Insertion|embryos treated with DNA||The Zon Lab|ZDB-LAB-971016-2|Unmapped|Tg(mitfa:Hsa.BRAF_V600E)|ZDB-TGCONSTRCT-070117-106|2020-10-21
ZDB-ALT-980203-375|da10||||Unknown|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-990423-27|da15|||night blindness b|Point Mutation|ENU |Genome coordinates were annotated after examining all exon/intron boundaries and matching with sequences shown in Fig. 2A.; There is a substitution of nucleotide G to an A at the beginning of intron 8-9. This mutation altered the donor splice site and resulted in the insertion of a 37 bp fragment which includes a stop codon.|Dowling Lab|ZDB-LAB-970501-1|Chr: 22|||2020-10-21
ZDB-ALT-030828-4|da54||||Unknown|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-030828-2|da56||||Unknown|adult males treated with ENU||Dowling Lab|ZDB-LAB-970501-1|Unmapped|||2020-10-21
ZDB-ALT-091027-11|dab1a_unrecovered|||un_dab1, unrec_dab1, unrec_dab1a, unrecovered_dab1a|Point Mutation|adult males treated with ENU||||Chr: 20|||2020-10-21
ZDB-ALT-060811-4|db1092|||b1092|Point Mutation||G to A transition in the h3f3a gene; D123N substitution near the C-terminus of the core domain|Crump Lab|ZDB-LAB-060809-1|Chr: 3|||2020-10-21
ZDB-ALT-980203-388|db230|||Db230|Unknown|adult males treated with ENU||Weston Lab|ZDB-LAB-970408-87|Chr: 15|||2020-10-21
ZDB-ALT-011017-2|dc124||||Point Mutation|adult males treated with ENU|Mutation in col1a1a resulting in a change from Glycine to Aspartate at position 736, interrupting the Gly-X-Y domains of typical collagens. This change prevents the correct formation of the triple helix.|Fisher Lab|ZDB-LAB-000411-2|Chr: 3|||2020-10-21
ZDB-ALT-091027-12|dchs1b_unrecovered|||dchs1_unrecovered, un_dchs1, unrec_dchs1, unrecovered_dchs1|Point Mutation|adult males treated with ENU||||Chr: 10|||2020-10-21
ZDB-ALT-030929-2|dfr3||||Point Mutation|adult males treated with ENU||Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 14|||2020-10-21
ZDB-ALT-040412-2|dg2||||Unknown|adult males treated with ENU||Cahill Lab|ZDB-LAB-971216-4|Chr: 7|||2020-10-21
ZDB-ALT-081009-2|dg3|||P36|Point Mutation|adult males treated with ENU||Cahill Lab|ZDB-LAB-971216-4|Chr: 20|||2020-10-21
ZDB-ALT-111010-3|dgcr8_unrecovered||||Point Mutation|adult males treated with ENU||||Chr: 5|||2020-10-21
ZDB-ALT-190220-2|dgi4||||Small Deletion|||Transplantation Immunology|ZDB-LAB-190220-1|Unmapped|||2020-10-21
ZDB-ALT-040217-4|dhi2058Tg|This feature is representative of one or more unknown insertion sites.||hi2058, hi2058Tg, hiD2058|Transgenic Insertion|DNA |Insertion at the splice donor of the first exon.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040217-6|dhi4000Tg|This feature is representative of one or more unknown insertion sites.||hi4000, hi4000Tg, hiD4000|Transgenic Insertion|DNA |Could have been created with either the F5 or GT virus (more likely GT, but cannot be sure).  Insertion site in the fifth intron.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(F5), Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-174, ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-120403-1|dhi862Tg|This feature is representative of one or more unknown insertion sites.||hiD862|Transgenic Insertion|DNA ||Hopkins Lab|ZDB-LAB-970424-15|Unmapped|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-010427-4|dhiD1Tg|This feature is representative of one or more unknown insertion sites.||hiD1, hiD1Tg|Transgenic Insertion|DNA |Insertion site in the fifth intron.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(SFG)|ZDB-TGCONSTRCT-070117-176|2020-10-21
ZDB-ALT-010427-2|dhiD2Tg|This feature is representative of one or more unknown insertion sites.||hiD2, hiD2Tg|Transgenic Insertion|DNA |Insertion site in the fifth intron.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(SFG)|ZDB-TGCONSTRCT-070117-176|2020-10-21
ZDB-ALT-170630-4|dhkz1a||||Small Deletion|embryos treated with CRISPR1-tpcn2||Laboratory of Dr. Andrew L. Miller|ZDB-LAB-970424-45|Chr: 7|||2020-10-21
ZDB-ALT-180425-2|dhu11202||||Small Deletion|embryos treated with CRISPR2-vclb|This line is maintained by the Huveneer Lab <a href="https://zfin.org/ZDB-LAB-180424-2">ZDB-LAB-180424-2</a>|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 12|||2020-10-21
ZDB-ALT-130118-1|dhu423||||Point Mutation||hu423 has a T to A substitution at position 2087 of myh6 cDNA. This substitution changes an asparagine to a lysine at codon 695 located within the myosin head at the base of the myosin head. This allele is dominant and viable. myh6 hu423/+ mutant carriers are adult viable, exhibiting a  partial loss of atrial contractility.  ( Singleman et al. ZDB-PUB-121030-7 )|Rob Wilkinson|ZDB-LAB-040708-1|Chr: 20|||2020-10-21
ZDB-ALT-120222-2|dia9||||Unknown|spontaneous |A semi-dominant maternal effect allele affecting laterality.|Argenton Lab|ZDB-LAB-990226-9|Unmapped|||2020-10-21
ZDB-ALT-091027-13|disc1_unrecovered|||un_disc1, unrec_disc1, unrecovered_disc1|Point Mutation|adult males treated with ENU||||Chr: 13|||2020-10-21
ZDB-ALT-050209-24|disp1_unspecified|||un_con, un_disp1, unspecified_disp1|Unspecified|||||Chr: 20|||2020-10-21
ZDB-ALT-181205-1|djh503||||Small Deletion|embryos treated with CRISPR14-rho|The allele contains a 5 bp deletion in the 3' coding sequence of the gene (c.(964_968delTGCTG)). This frameshift is predicted to alter a post-translationally palmitoylated cysteine at position 322 to an arginine (p.(Cys322Argfs*116)) and create an elongated protein that terminates at aa 437 rather than at aa 357.; The CRISPRs CRISPR15-rho and CRISPR16-rho were also injected to create this line. However, the only detected mutation appeared to be the result of CRISPR14-rho.|Mumm Lab|ZDB-LAB-090729-1|Chr: 8|||2020-10-21
ZDB-ALT-050930-4|dk3a|||k3a|Unknown|ENU |Segregation is Mendelian, but semi-dominant.|Takahashi Lab|ZDB-LAB-980521-2|Unmapped|||2020-10-21
ZDB-ALT-050930-2|dk8f|||k8f|Unknown|ENU |Segregation is Mendelian, but semi-dominant.|Takahashi Lab|ZDB-LAB-980521-2|Unmapped|||2020-10-21
ZDB-ALT-050126-6|dl01||||Unknown|adult males treated with ENU|A dominant mutation isolated from the F1 generation of ENU mutagenized fish.|Lei Li Lab|ZDB-LAB-000330-1|Unmapped|||2020-10-21
ZDB-ALT-050126-8|dl02||||Unknown|adult males treated with ENU|A dominant mutation isolated from the F1 generation of ENU mutagenized fish.|Lei Li Lab|ZDB-LAB-000330-1|Unmapped|||2020-10-21
ZDB-ALT-050126-10|dl03||||Unknown|adult males treated with ENU|A dominant mutation isolated from the F1 generation of ENU mutagenized fish.|Lei Li Lab|ZDB-LAB-000330-1|Unmapped|||2020-10-21
ZDB-ALT-050209-16|dlc_unspecified|||un_bea, un_dlc, unspecified_dlc|Unspecified|||||Chr: 15|||2020-10-21
ZDB-ALT-050209-8|dld_unspecified|||un_aei, un_dld, unspecified_dld|Unspecified|||||Chr: 13|||2020-10-21
ZDB-ALT-180320-1|dmh1||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 15|||2020-10-21
ZDB-ALT-180320-2|dmh11||||Unknown|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Unmapped|||2020-10-21
ZDB-ALT-180319-16|dmh13||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 3|||2020-10-21
ZDB-ALT-180319-15|dmh14||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 3|||2020-10-21
ZDB-ALT-180319-18|dmh15||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 19|||2020-10-21
ZDB-ALT-180319-23|dmh16||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 12|||2020-10-21
ZDB-ALT-180319-33|dmh18||||Unknown|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Unmapped|||2020-10-21
ZDB-ALT-180319-32|dmh19||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 8|||2020-10-21
ZDB-ALT-180319-27|dmh20||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 20|||2020-10-21
ZDB-ALT-180319-21|dmh21||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 8|||2020-10-21
ZDB-ALT-180319-34|dmh22||||Unknown|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Unmapped|||2020-10-21
ZDB-ALT-180319-19|dmh27||||Point Mutation|adult females treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 8|||2020-10-21
ZDB-ALT-180319-20|dmh28||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 8|||2020-10-21
ZDB-ALT-180319-17|dmh29||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 12|||2020-10-21
ZDB-ALT-180319-31|dmh3||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 9|||2020-10-21
ZDB-ALT-180320-4|dmh30||||Point Mutation|||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 8|||2020-10-21
ZDB-ALT-180319-24|dmh31||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 5|||2020-10-21
ZDB-ALT-180319-28|dmh32||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 20|||2020-10-21
ZDB-ALT-180319-29|dmh33||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 20|||2020-10-21
ZDB-ALT-180319-30|dmh34||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 20|||2020-10-21
ZDB-ALT-180319-26|dmh35||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 20|||2020-10-21
ZDB-ALT-200610-1|dmh39|||C583Y|Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Unmapped|||2020-10-21
ZDB-ALT-180319-25|dmh4||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Unmapped|||2020-10-21
ZDB-ALT-180319-36|dmh7||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 1|||2020-10-21
ZDB-ALT-180319-35|dmh8||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 1|||2020-10-21
ZDB-ALT-180319-37|dmh9||||Point Mutation|adult males treated with ENU||Matthew Harris Lab|ZDB-LAB-100714-1|Chr: 15|||2020-10-21
ZDB-ALT-090910-3|dne3256||||Unknown|adult males treated with ENU||Bally-Cuif Lab|ZDB-LAB-990226-15|Unmapped|||2020-10-21
ZDB-ALT-090408-2|doc_unspecified|||un_doc, unspecified_doc|Unspecified||This record has been created in support of data for which a publication has not specified an allele.|||Unmapped|||2020-10-21
ZDB-ALT-160216-1|dp14nba|||dp14nb|Unknown|adult males treated with ENU||Mullins Laboratory|ZDB-LAB-990119-1|Unmapped|||2020-10-21
ZDB-ALT-040224-14|dp15mf||||Unknown|adult males treated with ENU||Mullins Laboratory|ZDB-LAB-990119-1|Chr: 20|||2020-10-21
ZDB-ALT-180117-3|dp197|||bias, biased, p197|Unknown|adult males treated with ENU||Michael Granato Lab|ZDB-LAB-970618-1|Unmapped|||2020-10-21
ZDB-ALT-090323-1|dt1248|||dt3Tpl, topless|Point Mutation|adult males treated with ENU||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 9|||2020-10-21
ZDB-ALT-090324-1|dt1261|||dt3S243X, nackt|Point Mutation|adult males treated with ENU||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 5|||2020-10-21
ZDB-ALT-980203-340|dt2|||Dt2|Unknown|||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 2|||2020-10-21
ZDB-ALT-150923-2|dt30mh|||dmht30, t30mh|Point Mutation|ENU |This allele of the kcnk5b gene has a mutation changing a G to a T resulting in a missense mutation W169L in the protein.|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 20|||2020-10-21
ZDB-ALT-150312-8|dt3oj022||||Point Mutation|adult males treated with ENU|This is a dominant mutation that results in a V85M change in the protein sequence.|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 1|||2020-10-21
ZDB-ALT-090309-3|dta5||||Point Mutation|adult males treated with ENU|Semi-dominant allele. A single point mutation (G to T) results in the substitution of Gly598 for a Val (Olson et al. 2010, ZDB-PUB-100614-30).|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 3|||2020-10-21
ZDB-ALT-060929-28|dtbe4|||tbe4|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 10|||2020-10-21
ZDB-ALT-060929-32|dtbe6|||tbe6|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 10|||2020-10-21
ZDB-ALT-060929-38|dtbi3|||tbi3|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 9|||2020-10-21
ZDB-ALT-040528-2|dtbn12|||dbn12|Point Mutation|adult males treated with ENU||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 6|||2020-10-21
ZDB-ALT-060929-42|dtbv27|||tbv27|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 7|||2020-10-21
ZDB-ALT-980203-795|dtc24||||Point Mutation|adult males treated with ENU||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 14|||2020-10-21
ZDB-ALT-060929-46|dtda5|||tda5|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 3|||2020-10-21
ZDB-ALT-060929-52|dtdc27|||tdc27|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 13|||2020-10-21
ZDB-ALT-060929-58|dtdi3|||tdi3|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 7|||2020-10-21
ZDB-ALT-060929-60|dtdl1|||tdl1|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 7|||2020-10-21
ZDB-ALT-060929-56|dtfa17|||tfa17|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 20|||2020-10-21
ZDB-ALT-060929-54|dtfa9|||tfa9|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 10|||2020-10-21
ZDB-ALT-060929-50|dtfs4|||tfs4|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 10|||2020-10-21
ZDB-ALT-060929-48|dtft1|||tft1|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 22|||2020-10-21
ZDB-ALT-980203-1618|dti216c||||Point Mutation|adult males treated with ENU||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 14|||2020-10-21
ZDB-ALT-150312-7|dtk3||||Point Mutation|adult males treated with ENU|This is a dominant mutation that results in a I152F change in the protein sequence.|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 1|||2020-10-21
ZDB-ALT-150312-9|dtnr16||||Point Mutation|adult males treated with ENU|This is a dominant mutation that results in a Y66S change in the protein sequence.|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 1|||2020-10-21
ZDB-ALT-150312-10|dtnz||||Point Mutation|adult males treated with ENU|This is a dominant mutation that results in a V79M change in the protein sequence.|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 1|||2020-10-21
ZDB-ALT-060929-4|dto22|||to22|Unknown|ENU ||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 1|||2020-10-21
ZDB-ALT-980203-1558|dtq270|||AQ70, tq270|Point Mutation|adult males treated with ENU||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 1|||2020-10-21
ZDB-ALT-980203-1181|dtv43|||hab, half baked|Point Mutation|adult males treated with ENU||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 7|||2020-10-21
ZDB-ALT-150429-4|dtva6|||VA6|Point Mutation|adult males treated with ENU|The C to T transition leads to the exchange of an arginine to a cysteine at amino acid 146. Mutation has a semi-dominant effect.|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 7|||2020-10-21
ZDB-ALT-980203-1559|dtw28|||tw28, W28|Point Mutation|adult males treated with ENU||Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 1|||2020-10-21
ZDB-ALT-160729-5|dtwc3|||moonstone|Point Mutation|embryos treated with ENU|change in the kinase domain of the protein, which is highly conserved throughout the tyrosine kinase family|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 17|||2020-10-21
ZDB-ALT-150312-11|dtxa9|||luc|Point Mutation|adult males treated with ENU|This is a mis-sense mutation in the gene encodingcx39.4. An A to C transversion leads to an\namino acid exchange T29P within the first transmembrane domain.|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 19|||2020-10-21
ZDB-ALT-150312-12|dtxg1|||luc|Point Mutation|adult males treated with ENU|This is a mis-sense mutation in the gene encoding cx39.4. A G to T transversion leads to an amino acid exchange W47L within first extracellular loop.|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 19|||2020-10-21
ZDB-ALT-980203-1265|dty40||||Point Mutation|adult males treated with ENU|This allele contains an Asp(447)-> Glu exchange caused by a GAT->GAA mutation. This Asp residue is conserved in all members of the Smad family. This mutation has a strong hypomorphic and weak antimorphic effect.|Nüsslein-Volhard Lab|ZDB-LAB-971209-4|Chr: 14|||2020-10-21
ZDB-ALT-200925-4|dw213||||Small Deletion|embryos treated with CRISPR3-nfe2l2a, CRISPR5-nfe2l2a||Gallagher Lab|ZDB-LAB-200924-1|Chr: 9|||2020-10-21
ZDB-ALT-200925-5|dw214a||||Small Deletion|embryos treated with CRISPR3-nfe2l2a, CRISPR5-nfe2l2a||Gallagher Lab|ZDB-LAB-200924-1|Chr: 9|||2020-10-21
ZDB-ALT-021014-2|dx2||||Point Mutation|adult males treated with ENU||Riley Lab|ZDB-LAB-970908-94|Chr: 1|||2020-10-21
ZDB-ALT-090504-2|dz101|||z101|Unknown|adult males treated with ENU|These dominant mutants have T cell leukemia & lymphoma predisposition.&nbsp;&nbsp;In a WIK background heterozygotes have a 14.1% penetrance and a 6.4 month typical latency while homozygotes have a 43% penetrance and a 4.8 month typical latency.|Trede Lab|ZDB-LAB-041123-5|Unmapped|||2020-10-21
ZDB-ALT-090504-6|dz102|||z102|Unknown|adult males treated with ENU|These dominant&nbsp;&nbsp;mutants have T cell leukemia & lymphoma predisposition. In a WIK background heterozygotes have a 5.9% penetrance and a 8.7&nbsp;&nbsp;month typical latency while homozygotes have a 40.3% penetrance and a 7.6 month typical latency.|Trede Lab|ZDB-LAB-041123-5|Unmapped|||2020-10-21
ZDB-ALT-110131-49|e100Tg|||Tg(dharma:GFP)e100|Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(dharma:GFP)|ZDB-TGCONSTRCT-110131-41|2020-10-21
ZDB-ALT-130516-1|e102Tg|||Tg(actb2:LMA-Tomato)e102|Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(actb2:LY-Tomato)|ZDB-TGCONSTRCT-130516-1|2020-10-21
ZDB-ALT-111207-6|e103Tg|||Tg(actb2:h2afv-mCherry)e103|Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(actb2:h2az2a-mCherry)|ZDB-TGCONSTRCT-111207-2|2020-10-21
ZDB-ALT-111207-5|e112Tg|||Tg(krt4:EGFP-CAAX)e112|Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(krt4:EGFP-CAAX)|ZDB-TGCONSTRCT-111207-1|2020-10-21
ZDB-ALT-130206-1|e114Tg|||Tg(actb2:LIFEACT-GFP)e114|Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(actb2:LIFEACT-GFP)|ZDB-TGCONSTRCT-130206-1|2020-10-21
ZDB-ALT-130206-2|e115Tg|||Tg(actb2:LIFEACT-&amp;amp;shy;RFP)e115|Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(actb2:LIFEACT-RFP)|ZDB-TGCONSTRCT-130206-2|2020-10-21
ZDB-ALT-130206-3|e116Tg|||Tg(actb2:GFP-Hsa.UTRN)e116|Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(actb2:GFP-Hsa.UTRN)|ZDB-TGCONSTRCT-130206-3|2020-10-21
ZDB-ALT-150727-1|e117Tg||||Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(sebox:EGFP)|ZDB-TGCONSTRCT-150727-1|2020-10-21
ZDB-ALT-151029-1|e118Tg||||Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(sox17:LY-Tomato)|ZDB-TGCONSTRCT-151029-1|2020-10-21
ZDB-ALT-151029-2|e119Tg||||Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(actb2:mCherry-Hsa.UTRN)|ZDB-TGCONSTRCT-151029-2|2020-10-21
ZDB-ALT-161005-1|e120Tg||||Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(gsc:TurboRFP)|ZDB-TGCONSTRCT-161005-1|2020-10-21
ZDB-ALT-130108-3|e1954Tg|||Tg(actb2:myl12.1-mCherry)e1954|Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(actb2:myl12.1-mCherry)|ZDB-TGCONSTRCT-130108-3|2020-10-21
ZDB-ALT-060214-2|e1Tg|||e1, Tg(pax2a:GFP), Tg(pax2a:GFP)e1|Transgenic Insertion|embryos treated with DNA||Brand Lab|ZDB-LAB-970909-2|Unmapped|Tg(pax2a:GFP)|ZDB-TGCONSTRCT-070117-168|2020-10-21
ZDB-ALT-130108-2|e2212Tg|||Tg(actb2:myl12.1-EGFP)e2212|Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(actb2:myl12.1-EGFP)|ZDB-TGCONSTRCT-130108-2|2020-10-21
ZDB-ALT-200623-8|e2213Tg||||Transgenic Insertion|embryos treated with DNA||Heisenberg Lab|ZDB-LAB-010328-1|Unmapped|Tg(actb1:mNeonGreen-rac1a)|ZDB-TGCONSTRCT-200623-6|2020-10-21
ZDB-ALT-060214-4|e2Tg|||e2, Tg(pax2a:lacZ), Tg(pax2a:lacZ)e2|Transgenic Insertion|embryos treated with DNA||Brand Lab|ZDB-LAB-970909-2|Unmapped|Tg(pax2a:lacZ)|ZDB-TGCONSTRCT-070117-53|2020-10-21
ZDB-ALT-100504-1|e3||||Point Mutation|adult males treated with ENU||Brand Lab|ZDB-LAB-970909-2|Chr: 9|||2020-10-21
ZDB-ALT-100505-11|e30||||Point Mutation|adult males treated with ENU||Brand Lab|ZDB-LAB-970909-2|Chr: 6|||2020-10-21
ZDB-ALT-100412-3|e36||||Point Mutation|||Brand Lab|ZDB-LAB-970909-2|Chr: 16|||2020-10-21
ZDB-ALT-100514-19|e37||||Point Mutation|adult males treated with ENU||Brand Lab|ZDB-LAB-970909-2|Chr: 7|||2020-10-21
ZDB-ALT-100506-11|e44||||Point Mutation|adult males treated with ENU||Brand Lab|ZDB-LAB-970909-2|Chr: 3|||2020-10-21
ZDB-ALT-181106-6|e46|||A > T, ZMP:e46|Point Mutation|adult males treated with ENU||Brand Lab|ZDB-LAB-970909-2|Chr: 11|||2020-10-21
ZDB-ALT-100505-7|e47||||Point Mutation|adult males treated with ENU||Brand Lab|ZDB-LAB-970909-2|Chr: 11|||2020-10-21
ZDB-ALT-100505-6|e48||||Point Mutation|adult males treated with ENU|C115T mutation in cep55,resulting in the mutation of a glutamic acid to a stop codonat residue 39|Brand Lab|ZDB-LAB-970909-2|Chr: 12|||2020-10-21
ZDB-ALT-110825-2|e52||||Point Mutation|adult males treated with ENU|Mutation: C>A Nonsense.|Brand Lab|ZDB-LAB-970909-2|Chr: 2|||2020-10-21
ZDB-ALT-030812-4|e68||||Unknown|ENU |No amino acid change was found in the coding region of this weak allele.|Brand Lab|ZDB-LAB-970909-2|Chr: 21|||2020-10-21
ZDB-ALT-020625-2|e713||||Point Mutation|ENU |The m216 and e713 alleles show the same base change.|Brand Lab|ZDB-LAB-970909-2|Chr: 21|||2020-10-21
ZDB-ALT-190830-6|ecn1||||Small Deletion|embryos treated with CRISPR2-cpt1b|exon 2 deletion of AGCACCATGTA at 69bp , premature stop codon at amino acid 81aa|Zhen-Yu Du Lab|ZDB-LAB-170214-6|Chr: 18|||2020-10-21
ZDB-ALT-190830-5|ecn2||||Small Deletion|embryos treated with CRISPR2-cpt1b|exon 2 deletion of TATGC at 78bp , premature stop codon at amino acid 82aa|Zhen-Yu Du Lab|ZDB-LAB-170214-6|Chr: 18|||2020-10-21
ZDB-ALT-190830-4|ecn3||||Small Deletion|embryos treated with CRISPR1-atg12|This gene is on CHR_ALT_CTG16_1_8 in Ensembl.  The deletion starts at position 13854426 and ends at position 13854433 in GRCz11. Details from researcher: exon1 deletion of GATGAACA at 39bp, premature stop codon at amino acid 24aa|Zhen-Yu Du Lab|ZDB-LAB-170214-6|Chr: 16|||2020-10-21
ZDB-ALT-150717-2|ecu1|||Pgr15|Small Deletion|embryos treated with TALEN1-pgr|TALEN induced a two nucleotide (GC) deletion which caused a +1 frameshift predicted to generate a trunated peptide lacking amino acids 74-617 with concurrent alteration of amino acids 51-73.|Yong Zhu Lab|ZDB-LAB-150713-1|Chr: 18|||2020-10-21
ZDB-ALT-200225-11|ecu10|||+10 +26 nt|Complex||This line contains two separate  insertions of 10 nt and 26 nt respectively.|Yong Zhu Lab|ZDB-LAB-150713-1|Unmapped|||2020-10-21
ZDB-ALT-150717-3|ecu2|||Pgr35|Indel|embryos treated with TALEN1-pgr|TALEN induced a 25 nucleotide deletion (position 142-166) coupled with a three nucleotide (TTT) insertion which caused a +2 frameshift predicted to generate a truncated peptide lacking amino acids 70-617 with concurrent alteration of amino acids 48-69.|Yong Zhu Lab|ZDB-LAB-150713-1|Chr: 18|||2020-10-21
ZDB-ALT-150717-4|ecu3|||Pgr2d|Small Deletion|embryos treated with TALEN2-pgr|TALEN induced a 10 nucleotide deletion (position 616-625) which generated a truncation of amino acids 263-617 with concurrent alteration of amino acids 206-263.|Yong Zhu Lab|ZDB-LAB-150713-1|Chr: 18|||2020-10-21
ZDB-ALT-190207-1|ecu4||||Indel|embryos treated with CRISPR2-pgrmc1||Yong Zhu Lab|ZDB-LAB-150713-1|Chr: 21|||2020-10-21
ZDB-ALT-171117-1|ecu5|||-14|Small Deletion|embryos treated with TALEN1-ar||Yong Zhu Lab|ZDB-LAB-150713-1|Chr: 5|||2020-10-21
ZDB-ALT-171117-2|ecu6|||-13|Small Deletion|embryos treated with TALEN1-ar||Yong Zhu Lab|ZDB-LAB-150713-1|Chr: 5|||2020-10-21
ZDB-ALT-171117-3|ecu7|||-11|Small Deletion|embryos treated with TALEN1-ar||Yong Zhu Lab|ZDB-LAB-150713-1|Chr: 5|||2020-10-21
ZDB-ALT-190923-8|ecu8||||Small Deletion|embryos treated with CRISPR2-adamts9||Yong Zhu Lab|ZDB-LAB-150713-1|Chr: 11|||2020-10-21
ZDB-ALT-190923-9|ecu9||||Small Deletion|embryos treated with CRISPR2-adamts9||Yong Zhu Lab|ZDB-LAB-150713-1|Chr: 11|||2020-10-21
ZDB-ALT-070608-1|ed6Tg|||Tg(met:Gal4,UAS:EGFP)ed6|Transgenic Insertion|embryos treated with DNA||Peter Currie Lab|ZDB-LAB-990210-2|Unmapped|Tg(met:GAL4,UAS:EGFP)|ZDB-TGCONSTRCT-070608-1|2020-10-21
ZDB-ALT-180108-4|ed7Tg||||Transgenic Insertion|embryos treated with DNA||Sieger Lab|ZDB-LAB-130612-1|Unmapped|Tg(Xla.Tubb:LEXPR)|ZDB-TGCONSTRCT-180108-4|2020-10-21
ZDB-ALT-180117-1|ed9||||Small Deletion|embryos treated with CRISPR1-cdk9||Rossi Lab|ZDB-LAB-140613-2|Chr: 21|||2020-10-21
ZDB-ALT-091027-14|efnb2a_unrecovered|||un_efnb2a, unrec_efnb2a, unrecovered_efnb2a|Point Mutation|adult males treated with ENU||||Chr: 9|||2020-10-21
ZDB-ALT-091027-21|egr2b_unrecovered|||un_egr2b, unrec_egr2b, unrec_krox20 (egr2b), unrecovered_egr2b|Point Mutation|adult males treated with ENU||||Chr: 12|||2020-10-21
ZDB-ALT-200921-1|eib1||||Indel|embryos treated with CRISPR4-caspb|A single "C" was deleted and 88 bp were inserted.|Dahai Yang Lab|ZDB-LAB-200917-1|Chr: 1|||2020-10-21
ZDB-ALT-200921-2|eib2||||Small Deletion|embryos treated with CRISPR2-gsdmeb||Dahai Yang Lab|ZDB-LAB-200917-1|Chr: 16|||2020-10-21
ZDB-ALT-120220-2|el106Tg|||Tg(UAS:shha,myl7:EGFP)el106|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:shha,myl7:EGFP)|ZDB-TGCONSTRCT-120220-1|2020-10-21
ZDB-ALT-100803-1|el108Tg|||Tg(UAS:JAG1)el108|Transgenic Insertion|embryos treated with DNA|JAG1 is from the human gene, Open Biosystems clone 30528888.|Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:Hsa.JAG1,myl7:EGFP)|ZDB-TGCONSTRCT-100726-2|2020-10-21
ZDB-ALT-120523-6|el10Tg|||Tg(sox10:DsRed)el10|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(sox10:DsRed)|ZDB-TGCONSTRCT-120523-6|2020-10-21
ZDB-ALT-110919-1|el133Tg|||Tg(tcf21:Gal4-VP16-Bmo.Ecr,UAS:EGFP)el133|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(tcf21:GAL4-VP16-Bmo.Ecr,UAS:EGFP)|ZDB-TGCONSTRCT-110919-1|2020-10-21
ZDB-ALT-120220-3|el137Tg|||Tg(UAS:shha,myl7:EGFP)el137|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:shha,myl7:EGFP)|ZDB-TGCONSTRCT-120220-1|2020-10-21
ZDB-ALT-120523-1|el159Tg|||Tg(sox10:Gal4-VP16,IRES:EGFP)el159|Transgenic Insertion|embryos treated with DNA|IRES:EGFP was found to be nonfunctional in this line.|Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(sox10:GAL4-VP16-IRES-EGFP)|ZDB-TGCONSTRCT-120523-1|2020-10-21
ZDB-ALT-120523-2|el15Tg|||Tg(UAS:MA-KillerRed,myl7:EGFP)el15|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:MA-KillerRed,myl7:EGFP)|ZDB-TGCONSTRCT-120523-2|2020-10-21
ZDB-ALT-120523-5|el179Tg|||Tg(UAS:dntwist1b,UAS:mCherry-CAAX,myl7:EGFP)el179|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:dntwist1b,UAS:mCherry-CAAX,myl7:EGFP)|ZDB-TGCONSTRCT-120523-5|2020-10-21
ZDB-ALT-130610-9|el190Tg|||Tg(UAS:dndvl2,cryaa:Cerulean)el190|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:dndvl2,cryaa:Cerulean)|ZDB-TGCONSTRCT-130610-8|2020-10-21
ZDB-ALT-150608-4|el225Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:ephb4a_K662R,cryaa:Cerulean)|ZDB-TGCONSTRCT-150608-3|2020-10-21
ZDB-ALT-120215-11|el249Tg|||Tg(UAS:edn1,cryaa:Cerulean)el249|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:edn1,cryaa:Cerulean)|ZDB-TGCONSTRCT-120215-6|2020-10-21
ZDB-ALT-130610-10|el262Tg|||Tg(UAS:rac1_T17N,cryaa:Cerulean)el262|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:rac1_T17N,cryaa:Cerulean)|ZDB-TGCONSTRCT-130610-9|2020-10-21
ZDB-ALT-130610-12|el268Tg|||Tg(UAS:cdc42_T17N,cryaa:Cerulean)el268, TgUAS:cdc42_T17N,cryaa:Cerulean)el268|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:cdc42_T17N,cryaa:Cerulean)|ZDB-TGCONSTRCT-130610-11|2020-10-21
ZDB-ALT-120523-4|el28Tg|||Tg(UAS:dnfgfr1a,myl7:EGFP)el28|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:dnfgfr1a,myl7:EGFP)|ZDB-TGCONSTRCT-120523-4|2020-10-21
ZDB-ALT-111102-3|el2Tg|||Tg(sox10:KikGR)el2|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(sox10:KikGR)|ZDB-TGCONSTRCT-111102-3|2020-10-21
ZDB-ALT-130610-4|el303Tg|||Tg(nkx2.3:EGFP-dvl2)el303|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.3:EGFP-dvl2)|ZDB-TGCONSTRCT-130610-3|2020-10-21
ZDB-ALT-130610-5|el304Tg|||Tg(nkx2.3:alcama-EGFP)el304|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.3:alcama-EGFP)|ZDB-TGCONSTRCT-130610-4|2020-10-21
ZDB-ALT-130610-11|el320Tg|||Tg(UAS:rac1_G12V,cryaa:Cerulean)el320|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:rac1_G12V,cryaa:Cerulean)|ZDB-TGCONSTRCT-130610-10|2020-10-21
ZDB-ALT-150608-6|el321Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:cdh1,cryaa:Cerulean)|ZDB-TGCONSTRCT-150608-6|2020-10-21
ZDB-ALT-130610-13|el322Tg|||Tg(UAS:cdc42_G12V,cryaa:Ceruleanel322|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:cdc42_G12V,cryaa:Cerulean)|ZDB-TGCONSTRCT-130610-12|2020-10-21
ZDB-ALT-120215-12|el326Tg|||Tg(UAS:grem2,cryaa:Cerulean)el326|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:grem2,cryaa:Cerulean)|ZDB-TGCONSTRCT-120215-7|2020-10-21
ZDB-ALT-190103-6|el360Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(fli1:GAL4-VP16,myl7:EGFP)|ZDB-TGCONSTRCT-190103-3|2020-10-21
ZDB-ALT-160204-4|el361Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(sox10:mCherry-CAAX)|ZDB-TGCONSTRCT-160204-4|2020-10-21
ZDB-ALT-160204-3|el375Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(sox10:EGFP-CAAX)|ZDB-TGCONSTRCT-160204-7|2020-10-21
ZDB-ALT-120523-9|el377Tg|||Tg(UAS:KikGR,cryaa:Cerulean)el377|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:KikGR,cryaa:Cerulean)|ZDB-TGCONSTRCT-120523-9|2020-10-21
ZDB-ALT-120523-3|el405Tg|||Tg(UAS:ida2a,cryaa:Cerulean)el405|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:ida2a,cryaa:Cerulean)|ZDB-TGCONSTRCT-120523-3|2020-10-21
ZDB-ALT-120523-7|el411Tg|||Tg(fli1a-hsp70l:EGFP)el411|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(fli1-hsp70l:EGFP)|ZDB-TGCONSTRCT-120523-7|2020-10-21
ZDB-ALT-130610-6|el421Tg|||Tg(UAS:wnt11r,cryaa:Cerulean)el421|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:wnt11,cryaa:Cerulean)|ZDB-TGCONSTRCT-130610-5|2020-10-21
ZDB-ALT-160204-6|el483Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|TgBAC(col2a1a:EGFP)|ZDB-TGCONSTRCT-160204-9|2020-10-21
ZDB-ALT-130610-7|el48Tg|||Tg(UAS:wnt4a,cryaa:Cerulean)el48|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:wnt4,cryaa:Cerulean)|ZDB-TGCONSTRCT-130610-6|2020-10-21
ZDB-ALT-170303-4|el491||||Insertion|embryos treated with TALEN1-prrx1b||Crump Lab|ZDB-LAB-060809-1|Chr: 20|||2020-10-21
ZDB-ALT-141204-3|el493Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.5:tbx1,cryaa:Cerulean)|ZDB-TGCONSTRCT-141204-3|2020-10-21
ZDB-ALT-120215-10|el49Tg|||Tg(UAS:bmp4,myl7:EGFP)el49|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:bmp4,myl7:EGFP)|ZDB-TGCONSTRCT-120215-5|2020-10-21
ZDB-ALT-180628-7|el506||||Small Deletion|embryos treated with TALEN2-nr2f2||Crump Lab|ZDB-LAB-060809-1|Chr: 18|||2020-10-21
ZDB-ALT-180606-9|el512||||Small Deletion|embryos treated with TALEN1-nr2f1a||Crump Lab|ZDB-LAB-060809-1|Chr: 5|||2020-10-21
ZDB-ALT-141204-1|el513Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.3:tbx1,myl7:EGFP)|ZDB-TGCONSTRCT-141204-1|2020-10-21
ZDB-ALT-170303-5|el515||||Indel|embryos treated with TALEN1-notch2||Crump Lab|ZDB-LAB-060809-1|Chr: 8|||2020-10-21
ZDB-ALT-150507-3|el517||||Small Deletion|embryos treated with TALEN1-notch2|Kim et al (2014): mutant was generated using TALENS targeting exon 4 of the notch2 gene. This allele contains a 104-bp deletion that causes a frameshift and premature stop codon.|Crump Lab|ZDB-LAB-060809-1|Chr: 8|||2020-10-21
ZDB-ALT-171010-6|el520||||Small Deletion|embryos treated with TALEN1-cdh11|4 bp deletion induces frameshift after aa 104 (of 800).|Crump Lab|ZDB-LAB-060809-1|Chr: 7|||2020-10-21
ZDB-ALT-180628-6|el523||||Small Deletion|embryos treated with TALEN1-nr2f1b||Crump Lab|ZDB-LAB-060809-1|Chr: 10|||2020-10-21
ZDB-ALT-150608-5|el530Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:pak2a_K299R,cryaa:Cerulean)|ZDB-TGCONSTRCT-150608-4|2020-10-21
ZDB-ALT-160325-1|el538||||Indel|embryos treated with TALEN1-irx7|WT irx7  ...TGCCTGCTGGATATCAATT  <br>
el538 irx7 TGCCA - - TGCCTATCAATT|Crump Lab|ZDB-LAB-060809-1|Chr: 23|||2020-10-21
ZDB-ALT-130610-8|el53Tg|||Tg(UAS:CFP-Eco.NfsB,myl7:EGFP))el53|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:CFP-Eco.NfsB,myl7:EGFP)|ZDB-TGCONSTRCT-130610-7|2020-10-21
ZDB-ALT-160325-2|el540||||Small Deletion|embryos treated with TALEN1-irx7|WT irx7   .....TGCCTGCTGGATATCAATT  <br>
el540 irx7 .     T - - - - -  - - - - -  - - - - - - - T|Crump Lab|ZDB-LAB-060809-1|Chr: 23|||2020-10-21
ZDB-ALT-190103-10|el542||||Small Deletion|embryos treated with TALEN3-foxc1a||Crump Lab|ZDB-LAB-060809-1|Chr: 2|||2020-10-21
ZDB-ALT-190103-11|el543||||Small Deletion|embryos treated with TALEN3-foxc1a||Crump Lab|ZDB-LAB-060809-1|Chr: 2|||2020-10-21
ZDB-ALT-190304-3|el548||||Indel|embryos treated with TALEN1-tcf12||Crump Lab|ZDB-LAB-060809-1|Chr: 7|||2020-10-21
ZDB-ALT-190103-13|el551||||Insertion|embryos treated with TALEN1-foxd1||Crump Lab|ZDB-LAB-060809-1|Chr: 5|||2020-10-21
ZDB-ALT-170303-3|el558||||Small Deletion|embryos treated with TALEN1-prrx1a||Crump Lab|ZDB-LAB-060809-1|Chr: 2|||2020-10-21
ZDB-ALT-160204-7|el559Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|TgBAC(col2a1a:mCherry-NTR)|ZDB-TGCONSTRCT-160204-11|2020-10-21
ZDB-ALT-141204-4|el562Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.5:fgf8a-GFP)|ZDB-TGCONSTRCT-141204-4|2020-10-21
ZDB-ALT-141204-2|el567Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.5:wnt11,myl7:EGFP)|ZDB-TGCONSTRCT-141204-2|2020-10-21
ZDB-ALT-190304-5|el570||||Small Deletion|embryos treated with TALEN1-twist1b||Crump Lab|ZDB-LAB-060809-1|Chr: 16|||2020-10-21
ZDB-ALT-190304-4|el571||||Small Deletion|embryos treated with TALEN1-twist1a||Crump Lab|ZDB-LAB-060809-1|Chr: 19|||2020-10-21
ZDB-ALT-160325-3|el574||||Small Deletion|embryos treated with TALEN1-irx5a|WT irx5a  ...   ACCCGTATGGAGACCCAGC <br>
el574  irx5a .     ACC - - - - - - - - - - - - - AGC|Crump Lab|ZDB-LAB-060809-1|Chr: 7|||2020-10-21
ZDB-ALT-190103-14|el575||||Small Deletion|embryos treated with TALEN1-foxd2||Crump Lab|ZDB-LAB-060809-1|Chr: 8|||2020-10-21
ZDB-ALT-160325-4|el576||||Small Deletion|embryos treated with TALEN1-irx5a|WT irx5a ....    ACCCGTATGGAGACCCAGC <br>
el576 irx5a  .     ACCCGTATGGA - ACCCAGC|Crump Lab|ZDB-LAB-060809-1|Chr: 7|||2020-10-21
ZDB-ALT-171010-8|el586||||Small Deletion|embryos treated with TALEN1-emx2|10-bp deletion induces frameshift after aa 74 (of 247).|Crump Lab|ZDB-LAB-060809-1|Chr: 13|||2020-10-21
ZDB-ALT-150608-1|el589Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.3:efnb2a,myl7:EGFP)|ZDB-TGCONSTRCT-150608-1|2020-10-21
ZDB-ALT-150608-2|el590Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.3:pak2a-CAAX,myl7:EGFP)|ZDB-TGCONSTRCT-150608-2|2020-10-21
ZDB-ALT-171010-14|el593||||Small Deletion|embryos treated with TALEN1-osr1|7 bp deletion induces frameshift after aa 80 (of 264)|Crump Lab|ZDB-LAB-060809-1|Chr: 13|||2020-10-21
ZDB-ALT-171214-3|el594||||Small Deletion|embryos treated with TALEN1-prg4b, TALEN2-prg4b||Crump Lab|ZDB-LAB-060809-1|Chr: 20|||2020-10-21
ZDB-ALT-171010-15|el595||||Small Deletion|embryos treated with TALEN1-osr2|23-bp deletion induces frameshift after aa 57 (of 238).|Crump Lab|ZDB-LAB-060809-1|Chr: 16|||2020-10-21
ZDB-ALT-150608-3|el605Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.3:pak2a)|ZDB-TGCONSTRCT-150608-5|2020-10-21
ZDB-ALT-180628-8|el611||||Small Deletion|embryos treated with TALEN1-nr2f5||Crump Lab|ZDB-LAB-060809-1|Chr: 16|||2020-10-21
ZDB-ALT-160204-2|el613Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:irx7-2A-EGFP,cryaa:Cerulean)|ZDB-TGCONSTRCT-160204-6|2020-10-21
ZDB-ALT-190104-5|el615||||Indel|embryos treated with CRISPR1-foxl2a||Crump Lab|ZDB-LAB-060809-1|Chr: 15|||2020-10-21
ZDB-ALT-190104-2|el616||||Indel|embryos treated with CRISPR1-foxf2a||Crump Lab|ZDB-LAB-060809-1|Chr: 2|||2020-10-21
ZDB-ALT-190104-4|el620||||Small Deletion|embryos treated with CRISPR2-foxc1b||Crump Lab|ZDB-LAB-060809-1|Chr: 20|||2020-10-21
ZDB-ALT-190104-3|el621||||Indel|embryos treated with CRISPR1-foxf2b||Crump Lab|ZDB-LAB-060809-1|Chr: 20|||2020-10-21
ZDB-ALT-171010-9|el624||||Small Deletion|embryos treated with CRISPR1-fsta|14-bp deletion induces frameshift after aa 84 (of 322).|Crump Lab|ZDB-LAB-060809-1|Chr: 5|||2020-10-21
ZDB-ALT-171010-11|el633||||Small Deletion|embryos treated with TALEN1-her6|8-bp deletion induces frameshift after aa 10 (of 270).|Crump Lab|ZDB-LAB-060809-1|Chr: 6|||2020-10-21
ZDB-ALT-171010-12|el639||||Small Deletion|embryos treated with CRISPR1-mrrf|4-bp deletion induces frameshift after aa 78 (of 257).|Crump Lab|ZDB-LAB-060809-1|Chr: 10|||2020-10-21
ZDB-ALT-180627-4|el647Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(col2a1a:GAL4-VP16)|ZDB-TGCONSTRCT-180627-2|2020-10-21
ZDB-ALT-171010-5|el654||||Small Deletion|embryos treated with CRISPR1-ccn2b|10-bp deletion induces frameshift after aa 52 (of 345).|Crump Lab|ZDB-LAB-060809-1|Chr: 20|||2020-10-21
ZDB-ALT-190104-1|el658||||Small Deletion|embryos treated with CRISPR1-foxf1||Crump Lab|ZDB-LAB-060809-1|Chr: 18|||2020-10-21
ZDB-ALT-190108-3|el660||||Small Deletion|embryos treated with CRISPR1-foxf1||Crump Lab|ZDB-LAB-060809-1|Chr: 18|||2020-10-21
ZDB-ALT-180627-5|el662Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:nr2f5,cryaa:Cerulean)|ZDB-TGCONSTRCT-180627-3|2020-10-21
ZDB-ALT-180627-6|el663Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:nr2f5,cryaa:Cerulean)|ZDB-TGCONSTRCT-180627-3|2020-10-21
ZDB-ALT-171010-13|el667||||Small Deletion|embryos treated with CRISPR1-sfrp2, CRISPR2-sfrp2|161-bp deletion induces frameshift after aa 85 (of 249).|Crump Lab|ZDB-LAB-060809-1|Chr: 1|||2020-10-21
ZDB-ALT-171010-10|el675||||Small Deletion|embryos treated with CRISPR1-fstb|14-bp deletion induces frameshift after aa 142 (of 344).|Crump Lab|ZDB-LAB-060809-1|Chr: 10|||2020-10-21
ZDB-ALT-171010-4|el679||||Small Deletion|embryos treated with CRISPR1-cd248a|11-bp deletion induces frameshift after aa 63 (of 719).|Crump Lab|ZDB-LAB-060809-1|Chr: 7|||2020-10-21
ZDB-ALT-171214-2|el687||||Small Deletion|embryos treated with TALEN1-prg4a, TALEN2-prg4a||Crump Lab|ZDB-LAB-060809-1|Chr: 2|||2020-10-21
ZDB-ALT-190103-7|el688Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:fgf3,myl7:EGFP)|ZDB-TGCONSTRCT-190103-4|2020-10-21
ZDB-ALT-171010-7|el689||||Small Deletion|embryos treated with CRISPR1-ccn2b|4 bp deletion induces frameshift after aa 70 (of 347).|Crump Lab|ZDB-LAB-060809-1|Chr: 19|||2020-10-21
ZDB-ALT-190808-4|el690Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(rr.col2a1a.2-Mmu.E1b:h2az2a-mCherry-2A-EGFP-CAAX)|ZDB-TGCONSTRCT-190808-2|2020-10-21
ZDB-ALT-190808-1|el691Tg||||Transgenic Insertion|sperm treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(rr.col2a1a.2-Mmu.E1b:Cre-ERT2,actb2:LOXP-BFP-LOXP-DsRed)|ZDB-TGCONSTRCT-190808-1|2020-10-21
ZDB-ALT-190808-6|el695Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(rr.col2a1a.2-Mmu.E1b:h2az2a-mCherry-2A-EGFP-CAAX)|ZDB-TGCONSTRCT-190808-2|2020-10-21
ZDB-ALT-190103-8|el700Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:foxc1a,cryaa:Cerulean)|ZDB-TGCONSTRCT-190103-5|2020-10-21
ZDB-ALT-190808-3|el712Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(rr.col2a1a.2-Mmu.E1b:Cre-ERT2,actb2:LOXP-BFP-LOXP-DsRed)|ZDB-TGCONSTRCT-190808-1|2020-10-21
ZDB-ALT-190808-2|el713Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(rr.col2a1a.2-Mmu.E1b:Cre-ERT2,actb2:LOXP-BFP-LOXP-DsRed)|ZDB-TGCONSTRCT-190808-1|2020-10-21
ZDB-ALT-120828-7|el72Tg|||Tg(her5:mCherry-CAAX)el72|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(her5:mCherry-CAAX)|ZDB-TGCONSTRCT-120828-6|2020-10-21
ZDB-ALT-190723-11|el734||||Small Deletion|embryos treated with CRISPR5-mmp9||Crump Lab|ZDB-LAB-060809-1|Chr: 8|||2020-10-21
ZDB-ALT-171115-699|el746Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(myl7:Mmu.Tnni3k-NLS-GFP)|ZDB-TGCONSTRCT-171115-5|2020-10-21
ZDB-ALT-171115-700|el747Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(myl7:NLS-GFP)|ZDB-TGCONSTRCT-171115-4|2020-10-21
ZDB-ALT-130610-3|el74Tg|||Tg(nkx2.5:Gal4-VP16,myl7:EGFP)el74|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.5:GAL4-VP16,myl7:EGFP)|ZDB-TGCONSTRCT-130610-2|2020-10-21
ZDB-ALT-190103-9|el751Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(UAS:foxf1,cryaa:Cerulean)|ZDB-TGCONSTRCT-190103-6|2020-10-21
ZDB-ALT-190723-12|el777Tg||||Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(sox10:Cre-ERT2,actb2:LOXP-BFP-LOXP-DsRed)|ZDB-TGCONSTRCT-190723-11|2020-10-21
ZDB-ALT-120828-8|el83Tg|||Tg(nkx2.5:EGFP)el83|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.5:EGFP)|ZDB-TGCONSTRCT-120828-5|2020-10-21
ZDB-ALT-120523-8|el8Tg|||Tg(sox10:LOXP-GFP-LOXP-Hsa.DLX3)el8|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(sox10:LOXP-GFP-LOXP-Hsa.DLX3)|ZDB-TGCONSTRCT-120523-8|2020-10-21
ZDB-ALT-130610-2|el93Tg|||Tg(nkx2.3:Gal4-VP16,myl7:EGFP)el93|Transgenic Insertion|embryos treated with DNA||Crump Lab|ZDB-LAB-060809-1|Unmapped|Tg(nkx2.3:GAL4-VP16,myl7:EGFP)|ZDB-TGCONSTRCT-130610-1|2020-10-21
ZDB-ALT-030617-2|em1||||Indel|spontaneous |A two-base deletion produces a frameshift in codon 41 and results in a truncated protein of 158 amino acids.  (Solomon et al., 2003)|Fritz Lab|ZDB-LAB-000522-1|Chr: 12|||2020-10-21
ZDB-ALT-150305-1|em2Tg||||Transgenic Insertion|embryos treated with DNA||Shepherd Lab|ZDB-LAB-011010-4|Unmapped|Tg(-8.3phox2bb:Kaede)|ZDB-TGCONSTRCT-150305-1|2020-10-21
ZDB-ALT-131122-1|ens100Tg|||Tg(elavl3:GCaMP)ens100|Transgenic Insertion|embryos treated with DNA||SUMBRE Lab|ZDB-LAB-100302-1|Unmapped|Tg(elavl3:GCaMP3)|ZDB-TGCONSTRCT-131122-1|2020-10-21
ZDB-ALT-161209-6|ens101Tg|||GS10|Transgenic Insertion|embryos treated with DNA||SUMBRE Lab|ZDB-LAB-100302-1|Unmapped|Tg(6xUAS:GCaMP3)|ZDB-TGCONSTRCT-161209-6|2020-10-21
ZDB-ALT-161209-7|ens102Tg|||GS16|Transgenic Insertion|embryos treated with DNA||SUMBRE Lab|ZDB-LAB-100302-1|Unmapped|Tg(elavl3:GCaMP5)|ZDB-TGCONSTRCT-161209-7|2020-10-21
ZDB-ALT-110818-3|ens1Tg|||Tg(Gga.Egr2-gata2a:EGFP)ens1|Transgenic Insertion|embryos treated with DNA||Charnay Lab|ZDB-LAB-110503-1|Unmapped|Tg(Gga.Egr2-gata2a:EGFP)|ZDB-TGCONSTRCT-110818-3|2020-10-21
ZDB-ALT-110818-4|ens2Tg|||Tg(egr2b-gata2a:EGFP)ens2|Transgenic Insertion|embryos treated with DNA||Charnay Lab|ZDB-LAB-110503-1|Unmapped|Tg(egr2b-gata2a:EGFP)|ZDB-TGCONSTRCT-110818-4|2020-10-21
ZDB-ALT-120316-1|ens3Tg|||Tg(-5etv5b:Gal4-VP16)ens3|Transgenic Insertion|embryos treated with DNA||Charnay Lab|ZDB-LAB-110503-1|Unmapped|Tg(-5etv5b:GAL4-VP16)|ZDB-TGCONSTRCT-120316-1|2020-10-21
ZDB-ALT-131211-1|ens4Tg|||Tg(hsp70l:Mmu.Egr2-HA)ens4|Transgenic Insertion|embryos treated with DNA||Charnay Lab|ZDB-LAB-110503-1|Unmapped|Tg(hsp70l:Mmu.Egr2-HA)|ZDB-TGCONSTRCT-131211-1|2020-10-21
ZDB-ALT-161209-4|ens700Tg||||Transgenic Insertion|embryos treated with DNA||Kapsimali Lab|ZDB-LAB-161209-1|Unmapped|Tg(tph1b:mCherry,myl7:EGFP)|ZDB-TGCONSTRCT-161209-4|2020-10-21
ZDB-ALT-091027-15|eomesa_unrecovered|||un_eomesa, unrec_eomesa, unrecovered_eomesa|Point Mutation|adult males treated with ENU||||Chr: 19|||2020-10-21
ZDB-ALT-050819-12|epb41b_unspecified|||epb41_unspecified, un_epb41, un_mot, unspecified_epb41|Unspecified|||||Chr: 16|||2020-10-21
ZDB-ALT-050822-2|epb41l5_unspecified|||un_epb41l5, un_moe, unspecified_epb41l5|Unspecified|||||Chr: 9|||2020-10-21
ZDB-ALT-070406-1|er1Tg|||Tg(kop:EGFP-UTRnanos3)er1, Tg(kop:EGFP-UTRnanos)er1, Tol2-kop-egfp-farnesylnos1- 3UTR, Tol-kop-EGFP-F-nos1-3UTR|Transgenic Insertion|DNA ||Raz Lab|ZDB-LAB-980505-1|Unmapped|Tg(kop:EGFP-FTASE-UTR-nanos3)|ZDB-TGCONSTRCT-070406-1|2020-10-21
ZDB-ALT-080827-2|erbb3b_unspecified|||un_erbb3b, unspecified_erbb3b|Unspecified||This record has been created in support of data for which a publication has not specified an allele.|||Chr: 23|||2020-10-21
ZDB-ALT-050211-2|etl1_unspecified|||un_etl1, unspecified_etl1|Unspecified|embryos treated with DNA||||Unmapped|||2020-10-21
ZDB-ALT-050211-8|etl4_unspecified|||un_etl4, unspecified_etl4|Unspecified|embryos treated with DNA||||Unmapped|||2020-10-21
ZDB-ALT-050211-10|etl5_unspecified|||un_etl5, unspecified_etl5|Unspecified|embryos treated with DNA||||Unmapped|||2020-10-21
ZDB-ALT-050211-12|etl6_unspecified|||un_etl6, unspecified_etl6|Unspecified|embryos treated with DNA||||Unmapped|||2020-10-21
ZDB-ALT-050211-14|etl7_unspecified|||un_etl7, unspecified_etl7|Unspecified|embryos treated with DNA||||Unmapped|||2020-10-21
ZDB-ALT-050211-16|etl8_unspecified|||un_etl8, unspecified_etl8|Unspecified|embryos treated with DNA||||Unmapped|||2020-10-21
ZDB-ALT-050211-18|etl9_unspecified|||un_etl9, unspecified_etl9|Unspecified|embryos treated with DNA||||Unmapped|||2020-10-21
ZDB-ALT-050209-12|eya1_unspecified|||un_aal, un_eya1, unspecified_eya1|Unspecified|||||Chr: 24|||2020-10-21
ZDB-ALT-090520-7|f10||||Small Deletion|embryos treated with zinc finger nuclease|This mutation is a 5 bp deletion induced by treatment with a custom zinc finger nuclease.|Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 19|||2020-10-21
ZDB-ALT-160317-7|f102k||||Point Mutation|adult males treated with ENU|The splice donor site at intron 9 in the f102k allele was abolished by a T-to-A transition, which led to the retention of intron 9 in the mutant transcript. Intron 9 contains 7 stop codons in all 3 frames.|The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 10|||2020-10-21
ZDB-ALT-090520-8|f11||||Insertion|embryos treated with zinc finger nuclease|This mutation is a 5 bp insertion induced by treatment with a custom zinc finger nuclease.|Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 20|||2020-10-21
ZDB-ALT-110603-3|f12Tg|||Tg(UAS:secHsa.ANXA5-YFP,myl7:RFP)f12|Transgenic Insertion|embryos treated with DNA||Randall Peterson Lab|ZDB-LAB-030925-2|Unmapped|Tg(UAS:SEC-Hsa.ANXA5-YFP,myl7:RFP)|ZDB-TGCONSTRCT-110603-2|2020-10-21
ZDB-ALT-151014-3|f136jy||||Small Deletion|embryos treated with CRISPR1-gsk3ba|Hwang et al (2013): gsk3b GGGACCTGACCGGCC----------AGCTAC 10-bp deletion|Yeh Lab|ZDB-LAB-100305-1|Chr: 9|||2020-10-21
ZDB-ALT-151014-2|f137jy||||Insertion|embryos treated with CRISPR1-gsk3ba|Hwang et al (2013): gsk3b GGGACCTGACC(TGACC)GGCCGCAGG 5-bp insertion|Yeh Lab|ZDB-LAB-100305-1|Chr: 9|||2020-10-21
ZDB-ALT-110328-4|f13Tg|||Tg(tbp:Gal4)f13|Transgenic Insertion|embryos treated with DNA||Randall Peterson Lab|ZDB-LAB-030925-2|Unmapped|Tg(tbp:GAL4,myl7:Cerulean)|ZDB-TGCONSTRCT-180327-2|2020-10-21
ZDB-ALT-110808-1|f14Tg|||Tg(UAS:Hsa.IL6)f14|Transgenic Insertion|embryos treated with DNA||Randall Peterson Lab|ZDB-LAB-030925-2|Unmapped|Tg(UAS:Hsa.IL6)|ZDB-TGCONSTRCT-110808-1|2020-10-21
ZDB-ALT-110808-2|f15Tg|||Tg(myl7:Gal4-VP16)f15|Transgenic Insertion|embryos treated with DNA||Randall Peterson Lab|ZDB-LAB-030925-2|Unmapped|Tg(myl7:GAL4-VP16)|ZDB-TGCONSTRCT-110808-2|2020-10-21
ZDB-ALT-151201-4|f16||||Insertion|embryos treated with TALEN2-ptpmt1|Nath at al (2015) : Four base pairs insertion in exon 2 of ptpmt1 : TCATATTCTTCATTCATGGTAATTACTtactCCTCTTACTTTTTCATTTTGGACCA   This induced a frame shift mutation and lead to the formation of a premature stop codon. A truncated protein fragment is produced which no longer contains the catalytic domain of the phosphatase. Wild type PTPMT1 amino acid sequence: MSSVLARILFYPTLAYNVVMEKMSYRQWFNRVDATVILGALPFRSMTEELVQNEKVRGVITMNEEYETKYFCNSAEEWQSVGVEQIRLDTVDLTGVPSLEHIHKGVDFALRHREQGSSVYIHCKAGRSRSATIAAAYLIRLHCWSPEEACKMLASVRPHVLIRSSQLEMLQ.  Predicted knockout PTPMT1 amino acid sequence: MSSVLARILFYPTLAYNVVMEKMSYRQWFNRVDATVILGALPFRSMTEELVQNEKVRGVSNYHE*.|Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 7|||2020-10-21
ZDB-ALT-151111-2|f172jy||||Small Deletion|embryos treated with TALEN2-epas1b|Metelo et al (2015): 10-bp deletion in exon 3, resulting in a frameshift mutation that will affect 754 of the total 834 amino acids|Yeh Lab|ZDB-LAB-100305-1|Chr: 13|||2020-10-21
ZDB-ALT-151109-4|f17Tg||||Transgenic Insertion|embryos treated with DNA||Randall Peterson Lab|ZDB-LAB-030925-2|Unmapped|Tg(fabp1a:GAL4-VP16,UAS:NTR-mCherry)|ZDB-TGCONSTRCT-151109-3|2020-10-21
ZDB-ALT-160321-2|f18Tg||||Transgenic Insertion|embryos treated with DNA||Randall Peterson Lab|ZDB-LAB-030925-2|Unmapped|Tg(ubb:Mmu.Slc40a1-EGFP)|ZDB-TGCONSTRCT-160321-2|2020-10-21
ZDB-ALT-160901-16|f19||||Insertion|embryos treated with CRISPR1-sigmar1||Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 10|||2020-10-21
ZDB-ALT-060719-2|f1Tg|||CZ56, f1, Tg(myl7:GFP), Tg(myl7:GFP)f1|Transgenic Insertion|embryos treated with DNA||The Fishman Laboratory|ZDB-LAB-970409-90|Unmapped|Tg(myl7:GFP)|ZDB-TGCONSTRCT-070117-49|2020-10-21
ZDB-ALT-160901-17|f20||||Indel|embryos treated with CRISPR1-sigmar1||Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 10|||2020-10-21
ZDB-ALT-160901-18|f21||||Insertion|embryos treated with CRISPR1-pgrmc1||Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 21|||2020-10-21
ZDB-ALT-171128-1|f22Tg||||Transgenic Insertion|embryos treated with DNA||Randall Peterson Lab|ZDB-LAB-030925-2|Unmapped|Tg(myl7:trpa1b-2A-EGFP)|ZDB-TGCONSTRCT-171128-1|2020-10-21
ZDB-ALT-151111-1|f233jy||||Small Deletion|embryos treated with TALEN1-hif1ab|Metelo et al (2015): 4-bp deletion in intron 1, causing a disruption of its splice donor site.|Yeh Lab|ZDB-LAB-100305-1|Chr: 20|||2020-10-21
ZDB-ALT-200304-25|f234jy||||Insertion|embryos treated with TALEN1-tph1b||Yeh Lab|ZDB-LAB-100305-1|Chr: 7|||2020-10-21
ZDB-ALT-200630-4|f235jy||||Small Deletion|embryos treated with CRISPR1-gpr27||Yeh Lab|ZDB-LAB-100305-1|Chr: 6|||2020-10-21
ZDB-ALT-200218-20|f23Tg||||Transgenic Insertion|embryos treated with DNA||Randall Peterson Lab|ZDB-LAB-030925-2|Unmapped|Tg(UAS:YFP)|ZDB-TGCONSTRCT-200218-5|2020-10-21
ZDB-ALT-200615-5|f24||||Indel|embryos treated with CRISPR2-asah1a, CRISPR3-asah1a, CRISPR4-asah1a||Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 14|||2020-10-21
ZDB-ALT-200615-4|f25|||asah1b -20|Complex|embryos treated with CRISPR2-asah1b, CRISPR3-asah1b, CRISPR4-asah1b, CRISPR5-asah1b, CRISPR6-asah1b|This line contains a 20 bp deletion in an exon of asah1b and it also contains multiple intronic variants.|Randall Peterson Lab|ZDB-LAB-030925-2|Unmapped|||2020-10-21
ZDB-ALT-060821-6|f2Tg|||Cmcl2::dsRed2-nuc, cmlc2::DsRed2-nuc, f2, Tg(-5.1myl7:nDsRed2), Tg(-5.1myl7:nDsRed2)f2, Tg(cmlc2:nuDsRed)|Transgenic Insertion|embryos treated with DNA|DsRed2 is expressed in atrial and ventricular cardiomyocyte nuclei beginning at approximately 48 hpf.|The Fishman Laboratory|ZDB-LAB-970409-90|Unmapped|Tg(-5.1myl7:DsRed2-NLS)|ZDB-TGCONSTRCT-070117-12|2020-10-21
ZDB-ALT-080506-1|f3Tg|||Tg(hsp70:RUNX1T1)f3|Transgenic Insertion|embryos treated with DNA||Randall Peterson Lab|ZDB-LAB-030925-2|Unmapped|Tg(hsp70l:Hsa.RUNX1)|ZDB-TGCONSTRCT-160325-3|2020-10-21
ZDB-ALT-090520-1|f4||||Insertion|embryos treated with zinc finger nuclease|This mutation is a 4 bp insertion induced by treatment with a custom zinc finger nuclease.|Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 23|||2020-10-21
ZDB-ALT-071212-2|f40a|||fn40a|Unknown|adult males treated with ENU||The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 1|||2020-10-21
ZDB-ALT-090520-2|f5||||Insertion|embryos treated with zinc finger nuclease|This mutation is a 9 bp insertion induced by treatment with a custom zinc finger nuclease.|Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 23|||2020-10-21
ZDB-ALT-090520-3|f6|||f6Df|Small Deletion|embryos treated with zinc finger nuclease|This mutation is a 2 bp deletion induced by treatment with a custom zinc finger nuclease.; The 2 bp deletion would result in a frame shift followed by a premature stop codon, resulting in a 51 amino acid polypeptide lacking the 3 functional domains.|Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 23|||2020-10-21
ZDB-ALT-090520-4|f7||||Small Deletion|embryos treated with zinc finger nuclease|This mutation is a 2 bp deletion induced by treatment with a custom zinc finger nuclease.|Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 23|||2020-10-21
ZDB-ALT-090520-5|f8||||Small Deletion|embryos treated with zinc finger nuclease|This mutation is a 6 bp deletion induced by treatment with a custom zinc finger nuclease.|Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 16|||2020-10-21
ZDB-ALT-090520-6|f9||||Small Deletion|embryos treated with zinc finger nuclease|This mutation is a 4 bp deletion induced by treatment with a custom zinc finger nuclease.|Randall Peterson Lab|ZDB-LAB-030925-2|Chr: 19|||2020-10-21
ZDB-ALT-090616-1|fa20r|||CA20r|Point Mutation|adult males treated with ENU|The mutation creates an AluI restriction site, which cleaves a 114 bp PCR product into 81 bp and 33 bp fragments. C to T transition in exon 5 encoding a Q201X truncation.|The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 2|||2020-10-21
ZDB-ALT-111213-1|fat2_unrecovered||||Point Mutation|adult males treated with ENU||||Chr: 14|||2020-10-21
ZDB-ALT-120427-1|fat4_unrecovered||||Point Mutation|adult males treated with ENU||||Unmapped|||2020-10-21
ZDB-ALT-140623-1|fb101||||Indel|embryos treated with zinc finger nuclease|The indel mutation comprises a three nucleotide deletion and two nucleotide addition leading to a frame shift at amino acid E550.; The mutation is: E450fs; The mutation is: E450fs|Langenau Lab|ZDB-LAB-140429-1|Chr: 25|||2020-10-21
ZDB-ALT-160323-2|fb102||||Indel|embryos treated with TALEN1-jak3||Langenau Lab|ZDB-LAB-140429-1|Chr: 8|||2020-10-21
ZDB-ALT-160323-3|fb103||||Small Deletion|embryos treated with TALEN2-prkdc||Langenau Lab|ZDB-LAB-140429-1|Chr: 7|||2020-10-21
ZDB-ALT-170710-3|fb104||||Small Deletion|embryos treated with TALEN2-il2rga|Y91A + 3rd new AA is 'Stop'|Langenau Lab|ZDB-LAB-140429-1|Chr: 10|||2020-10-21
ZDB-ALT-190529-2|fb105||||Indel|embryos treated with TALEN2-tp53, TALEN3-tp53||Langenau Lab|ZDB-LAB-140429-1|Chr: 5|||2020-10-21
ZDB-ALT-140121-1|fb10Tg|||Tg(ubb:arl13b-EGFP)fb10|Transgenic Insertion|embryos treated with DNA||Drummond Lab|ZDB-LAB-990331-4|Unmapped|Tg(ubb:arl13b-EGFP)|ZDB-TGCONSTRCT-140121-2|2020-10-21
ZDB-ALT-140522-4|fb11Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(hsp70l:dnMmu.Maml1-EGFP,cryaa:Cerulean)|ZDB-TGCONSTRCT-140522-1|2020-10-21
ZDB-ALT-160803-2|fb121Tg||||Transgenic Insertion|embryos treated with DNA||Langenau Lab|ZDB-LAB-140429-1|Unmapped|Tg(myog:Hsa.HIST1H2BJ-mRFP)|ZDB-TGCONSTRCT-160803-2|2020-10-21
ZDB-ALT-160803-3|fb122Tg||||Transgenic Insertion|embryos treated with DNA||Langenau Lab|ZDB-LAB-140429-1|Unmapped|Tg(mylpfa:LY-CFP)|ZDB-TGCONSTRCT-160803-1|2020-10-21
ZDB-ALT-140522-5|fb12Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(hsp70l:MYC-notch1a,cryaa:Cerulean)|ZDB-TGCONSTRCT-140522-2|2020-10-21
ZDB-ALT-140522-6|fb13Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(kdrl:Cre-ERT2)|ZDB-TGCONSTRCT-140522-3|2020-10-21
ZDB-ALT-140618-1|fb14Tg|||fb10|Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(hsp70l:dnMmu.Maml1-EGFP,cryaa:Cerulean)|ZDB-TGCONSTRCT-140522-1|2020-10-21
ZDB-ALT-160421-4|fb15||||Small Deletion|embryos treated with TALEN1-fosl2|fb15 allele harbors an 18bp deletion, removal of 6 amino acid near the N-terminus|Burns Lab|ZDB-LAB-090325-1|Ambiguous|||2020-10-21
ZDB-ALT-160421-5|fb16||||Small Deletion|embryos treated with TALEN1-fosl2|fb16 allele harbors a 16bp deletion. Consequences: Frameshift, premature stop, protein truncation|Burns Lab|ZDB-LAB-090325-1|Ambiguous|||2020-10-21
ZDB-ALT-161006-1|fb17Tg|||fb16|Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(ubb:LOXP-mKate2-LOXP-dnMmu.Maml1-EGFP)|ZDB-TGCONSTRCT-160915-1|2020-10-21
ZDB-ALT-180717-4|fb18Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg2(myl7:NLS-EGFP)|ZDB-TGCONSTRCT-180717-4|2020-10-21
ZDB-ALT-180717-5|fb19Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(myl7:EGFP-2A-dnect2)|ZDB-TGCONSTRCT-180717-5|2020-10-21
ZDB-ALT-111115-2|fb1Tg|||TgBAC(-25ltbp3:TagRFP-Cre)fb1|Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|TgBAC(-25ltbp3:TagRFP-Cre)|ZDB-TGCONSTRCT-111115-2|2020-10-21
ZDB-ALT-140818-1|fb201Tg||||Transgenic Insertion|embryos treated with DNA||Drummond Lab|ZDB-LAB-990331-4|Unmapped|Tg(shhb:GAL4)|ZDB-TGCONSTRCT-140818-1|2020-10-21
ZDB-ALT-150504-5|fb202Tg||||Transgenic Insertion|embryos treated with DNA||Drummond Lab|ZDB-LAB-990331-4|Unmapped|Tg(nphs2:GAL4-VP16)|ZDB-TGCONSTRCT-150504-7|2020-10-21
ZDB-ALT-191105-1|fb203||||Insertion|embryos treated with CRISPR1-fzd9b||Drummond Lab|ZDB-LAB-990331-4|Chr: 18|||2020-10-21
ZDB-ALT-191105-2|fb204||||Small Deletion|embryos treated with CRISPR1-fzd9b||Drummond Lab|ZDB-LAB-990331-4|Chr: 18|||2020-10-21
ZDB-ALT-200116-5|fb205Tg||||Transgenic Insertion|embryos treated with DNA||Drummond Lab|ZDB-LAB-990331-4|Unmapped|Tg(fzd9b:GAL4)|ZDB-TGCONSTRCT-200116-2|2020-10-21
ZDB-ALT-200922-2|fb206||||Small Deletion|||Drummond Lab|ZDB-LAB-990331-4|Unmapped|||2020-10-21
ZDB-ALT-200922-1|fb207||||Small Deletion|||Drummond Lab|ZDB-LAB-990331-4|Unmapped|||2020-10-21
ZDB-ALT-180717-6|fb20Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(myl7:LOXP-NLS-mKOFP-2A-FLPoERT2-LOXP-MA-GFP)|ZDB-TGCONSTRCT-180717-6|2020-10-21
ZDB-ALT-181211-2|fb20a||||Small Deletion|embryos treated with CRISPR3-gdf3||Burns Lab|ZDB-LAB-090325-1|Chr: 17|||2020-10-21
ZDB-ALT-180717-7|fb21Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(myl7:LOXP-NLS-mKOFP-2A-FLPo-LOXP-MA-GFP)|ZDB-TGCONSTRCT-180717-7|2020-10-21
ZDB-ALT-180717-8|fb22Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(hsp70l:FRT-NLS-PhiYFP-FRT-NLS-Cre-2A-dnect2,cryaa:ZsYellow)|ZDB-TGCONSTRCT-180717-8|2020-10-21
ZDB-ALT-181029-5|fb23Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|TgBAC(tbx1:mKate2-2A-Cre)|ZDB-TGCONSTRCT-181029-4|2020-10-21
ZDB-ALT-191118-5|fb24Tg||||Transgenic Insertion|embryos treated with DNA||Geoff Burns Lab|ZDB-LAB-090325-2|Unmapped|Tg(hsp70l:LOXP-mKate2-LOXP-dnMmu.Maml1-EGFP)|ZDB-TGCONSTRCT-190627-2|2020-10-21
ZDB-ALT-181029-4|fb25Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|TgBAC(tbx1:GFP)|ZDB-TGCONSTRCT-181029-5|2020-10-21
ZDB-ALT-200420-1|fb26Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(hsp70l:h3f3a,cryaa:Cerulean)|ZDB-TGCONSTRCT-200420-1|2020-10-21
ZDB-ALT-200420-2|fb27Tg||||Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(hsp70l:LOXP-mKate2-LOXP-h3f3aK27M,cryaa:Cerulean)|ZDB-TGCONSTRCT-200420-3|2020-10-21
ZDB-ALT-111115-3|fb2Tg|||Tg(myl7:LOXP-AmCyan-LOXP-ZsYellow)fb2|Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(myl7:LOXP-AmCyan-LOXP-ZsYellow)|ZDB-TGCONSTRCT-111115-3|2020-10-21
ZDB-ALT-180712-2|fb301Tg||||Transgenic Insertion|embryos treated with DNA||Galloway Lab|ZDB-LAB-180703-1|Unmapped|Tg(scxa:mCherry)|ZDB-TGCONSTRCT-180712-1|2020-10-21
ZDB-ALT-111115-4|fb3Tg|||TgBAC_AL935131(kdrl:LOXP-AmCyan-LOXP-ZsYellow)fb3, TgBAC(kdrl:LOXP-AmCyan-LOXP-ZsYellow)fb3|Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|TgBAC(kdrl:LOXP-AmCyan-LOXP-ZsYellow)|ZDB-TGCONSTRCT-111115-4|2020-10-21
ZDB-ALT-111115-5|fb4Tg|||TgBAC_CU302322(elnb:LOXP-AmCYan-LOXP-ZsYellow)fb4, TgBAC(elnb:LOXP-AmCYan-LOXP-ZsYellow)fb4|Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|TgBAC(elnb:LOXP-AmCyan-LOXP-ZsYellow)|ZDB-TGCONSTRCT-111115-5|2020-10-21
ZDB-ALT-111115-6|fb5Tg|||Tg(ubb:LOXP-AmCyan-LOXP-ZsYellow)fb5|Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(ubb:LOXP-AmCyan-LOXP-ZsYellow)|ZDB-TGCONSTRCT-111115-6|2020-10-21
ZDB-ALT-111115-7|fb6Tg|||Tg(hsp70l:Hsa.TGFBR1_T204D-HA,cryaa:ECFP)fb6|Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|Tg(hsp70l:Hsa.TGFBR1_T204D-HA,cryaa:Cerulean)|ZDB-TGCONSTRCT-111115-7|2020-10-21
ZDB-ALT-111115-8|fb7Tg|||TgBAC(-36nkx2.5:ZsYellow)fb7, TgBAC_CR812847(-36nkx2.5:ZsYellow)fb7|Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|TgBAC(-36nkx2.5:ZsYellow)|ZDB-TGCONSTRCT-111115-8|2020-10-21
ZDB-ALT-130411-1|fb8Tg|||TgBAC(nkx2.5:ERT2-CreERT2)fb8, TgBAC(nkx2.5:ERT2CreERT2)fb8|Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|TgBAC(nkx2.5:ERT2-Cre-ERT2)|ZDB-TGCONSTRCT-130411-1|2020-10-21
ZDB-ALT-130411-2|fb9Tg|||TgBAC(nkx2.5:Kaede)fb9|Transgenic Insertion|embryos treated with DNA||Burns Lab|ZDB-LAB-090325-1|Unmapped|TgBAC(nkx2.5:Kaede)|ZDB-TGCONSTRCT-130411-2|2020-10-21
ZDB-ALT-160426-18|fcc118Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc118|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf and 6 dpf is ubiquitous.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-1|fcc143Gt|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA|GFP epxression at 2 dpf in the AGM and PBI and at 6 dpf in the thymus epithelium.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 21|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-24|fcc144p1Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc144-P1|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in the posterior eye, brain, dorsal muscles and gills.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-25|fcc144p2Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc144-P2|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in muscle, liver, intestine, skin.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-26|fcc144p3Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc144-P3|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in the hear and trunk muscles.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160425-7|fcc24Gt|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in PBI and circulation.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-16|fcc27Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc27|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf and 6 dpf in the kidney and blood vessels in the head.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 23|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-2|fcc301Gt|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf and 6 dpf in the AGM, kidney, nerves, circulation.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 8|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-13|fcc313Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc313|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in kidney tubules and at 6 dpf in liver ducts.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-27|fcc316Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc316|Transgenic Insertion|embryos treated with DNA|GFP expression at 2dpf in the nasal epithelium, weak expression at 6 dpf.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-28|fcc322Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc322|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in the middle of intestine.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-20|fcc337p1Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc337-P1|Transgenic Insertion|embryos treated with DNA|Strong GFP expression at 2 dpf and 6 dpf is ubiquitous.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-10|fcc337p2Et|This feature is representative of one or more unknown insertion sites.||fcc337p2Gt, Tg(GBT-B4)fcc337-P2|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in the thymus.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-29|fcc360p1Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc360-P1|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in cells of the ear canals.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-30|fcc360p2Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc360-P2|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in the notochord and canal under distal ear.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-14|fcc360p3Gt|This feature is representative of one or more unknown insertion sites.||fcc360-p3Gt, Tg(GBT-B4)fcc360-P3|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf and 6 dpf in the anterior kidney tubules.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-31|fcc363p1Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc363-P1|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf and 6 dpf in the intestine.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 14|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-15|fcc363p2Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc363-P2|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in the kidney corpuscles of Stannius.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-33|fcc374p1Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc374-P1|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in forebrain and tectum.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-32|fcc374p2Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc374-P2|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in the ear canal, nose and notochord.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-34|fcc382p1Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc382-P1|Transgenic Insertion|embryos treated with DNA|GFP epxression at 2 dpf in neural tube, blood vessels or nerves and at 6 dpf in nerves in hindbrain.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-35|fcc382p2Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc382-P2|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in nerves in the brain, vagus nerve and jaw.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-4|fcc403Gt|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in the PBI, blood vessels, notochord, skin and at 6dpf in the circulation, intestine, and liver.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 7|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-36|fcc413Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc413|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in bones/cartilage in jaw.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-37|fcc418p1Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc418-P1|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in the epiphysis, dorsal eye, hindbrain, spinal cord and at 6 dpf in the brain, hypophysis and eye.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 25|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-38|fcc418p2Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc418-P2|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in a stripe in the brain.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-39|fcc420Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc420|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in trunk muscle and cells around the heart.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 1|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-40|fcc423p1Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc423-P1|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in the retina fusion zone and at 6 dpf in a subset of photoreceptor cells.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-41|fcc423p2Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc423-P2|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in nerves between the eyes.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-5|fcc436p1Gt|This feature is representative of one or more unknown insertion sites.||fcc436-P1Gt|Transgenic Insertion|embryos treated with DNA|GFP expression at 2dpf in the vessels, PBI, AGM, hatching gland, skin and at 6 dpf in the pancreas, distal intestine, kidney, skin, vessels, circulation.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-42|fcc436p2Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc436-P2|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in muscles of the jaw and trunk.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-43|fcc436p3Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc436-P3|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf and 6 dpf in skin cells.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-190520-9|fcc43Tg||||Transgenic Insertion|embryos treated with DNA||Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Tg(-8cd79b:EGFP)|ZDB-TGCONSTRCT-190520-4|2020-10-21
ZDB-ALT-160426-44|fcc443Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc443|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in forebrain and no expression at 6dpf.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 9|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-45|fcc458Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc458|Transgenic Insertion|embryos treated with DNA|GFP expression at 2dpf in notochord and no expression at 6 dpf.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-46|fcc460Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc460|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf and 6 dpf in skin cells.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-17|fcc474p1Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc474P1|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in the skin and eye and at 6 dpf in the neural tube, eye, and kidney.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-47|fcc475Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc475|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in forebrain and at 6 dpf in cells in the brain.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-11|fcc510Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B$)fcc510|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in the PBI, notochord and kidney and at 6 dpf in the notochord,kidney, and enteric nervous system.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-48|fcc516Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc516|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in the brain (weak) and at 6 dpf in neurons in the eye.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-7|fcc522Gt|This feature is representative of one or more unknown insertion sites.||fcc522Tg, Tg(GBT-B4)fcc522|Transgenic Insertion|DNA |GFP expression at 2 dpf in the skin, PBI and at 6 dpf in vessels, intestine, and circulation.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-8|fcc559Gt|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in cells in the AGM and at 6 dpf in cells of the anterior kidney.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 5|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-23|fcc5770Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc57-70|Transgenic Insertion|embryos treated with DNA|GFP expression at 6 dpf in skin cells, anus, and ear.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-21|fcc618Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc618|Transgenic Insertion|embryos treated with DNA|Weak ubiquitous GFP expression at 2 dpf and no GFP expression at 6 dpf.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-49|fcc629Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc629|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in trunk muscle and brain and ubiquitous at 6 dpf, more prominent in the thymus.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 12|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-50|fcc634Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc634|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 and 6 dpf in skin on head.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-190520-8|fcc64Tg||||Transgenic Insertion|embryos treated with DNA||Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Tg(-8cd79b:EGFP)|ZDB-TGCONSTRCT-190520-4|2020-10-21
ZDB-ALT-160426-51|fcc652Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc652|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in the  neural tube, and motoneuron and at 6 dpf in motoneuron, enteric nervous system and hair cells.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-9|fcc667Gt|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA|GFP expression at 2dpf in blood vessels, PBI and at 6 dpf in vessels and circulation.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 24|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-52|fcc683Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc683|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in the forebrain and eye.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-12|fcc688Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc688|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf in the PBI, skin, kidney, nose, notochord and at 6 dpf in the skin, kidney, spinal chord, hair cells (ear), intestine|Rhodes Lab|ZDB-LAB-080522-1|Chr: 5|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-22|fcc711Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc711|Transgenic Insertion|embryos treated with DNA|Ubiquitous GFP expression at 2 dpf and 6 dpf.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-180129-1|fcc88Tg||||Transgenic Insertion|embryos treated with DNA||Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Tg(-14cd79a:EGFP)|ZDB-TGCONSTRCT-180129-3|2020-10-21
ZDB-ALT-160425-8|fcc88p1Gt|This feature is representative of one or more unknown insertion sites.||fcc88-P1|Transgenic Insertion|embryos treated with DNA|GFP expression at 2 dpf and 6 dpf in the skin and circulation.|Rhodes Lab|ZDB-LAB-080522-1|Chr: 2|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-160426-19|fcc88p2Gt|This feature is representative of one or more unknown insertion sites.||Tg(GBT-B4)fcc88-P2|Transgenic Insertion|embryos treated with DNA|Weak GFP expression at 2 dpf and 6 dpf is ubiquitous.|Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Gt(LOXP-GAL4-VP16-FRT,5xUAS:EGFP-FRT-LOXP)|ZDB-GTCONSTRCT-151022-1|2020-10-21
ZDB-ALT-180724-4|fcc89Tg|||Line A|Transgenic Insertion|embryos treated with DNA||Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Tg(-5cd79b:EGFP)|ZDB-TGCONSTRCT-180725-1|2020-10-21
ZDB-ALT-180724-5|fcc90Tg|||Line B|Transgenic Insertion|embryos treated with DNA||Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Tg(-5cd79b:EGFP)|ZDB-TGCONSTRCT-180725-1|2020-10-21
ZDB-ALT-180129-2|fcc97Tg||||Transgenic Insertion|embryos treated with DNA||Rhodes Lab|ZDB-LAB-080522-1|Unmapped|Tg(-14cd79a:EGFP)|ZDB-TGCONSTRCT-180129-3|2020-10-21
ZDB-ALT-160301-1|fci100Tg||||Transgenic Insertion|embryos treated with DNA||Hill Lab|ZDB-LAB-110602-1|Unmapped|Tg(ARE:EGFP)|ZDB-TGCONSTRCT-160301-1|2020-10-21
ZDB-ALT-161220-4|fci1Tg||||Transgenic Insertion|embryos treated with DNA||Wilkinson Lab|ZDB-LAB-100915-2|Unmapped|Tg2(hsp70l:GAL4)|ZDB-TGCONSTRCT-161220-5|2020-10-21
ZDB-ALT-170321-1|fci200||||Small Deletion|embryos treated with TALEN1-mapk10||Pachnis Lab|ZDB-LAB-170314-1|Chr: 21|||2020-10-21
ZDB-ALT-181001-5|fci3Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR10-egr2b||Wilkinson Lab|ZDB-LAB-100915-2|Unmapped|Tg(Mmu.Fos:Hsa.HIST1H2BJ-Citrine)|ZDB-TGCONSTRCT-181001-3|2020-10-21
ZDB-ALT-180212-3|fci400||||Small Deletion|embryos treated with TALEN1-tmem88a||Jim Smith Lab|ZDB-LAB-970409-78|Chr: 10|||2020-10-21
ZDB-ALT-181001-6|fci4Tg||||Transgenic Insertion|embryos treated with DNA||Wilkinson Lab|ZDB-LAB-100915-2|Unmapped|Tg(hsp70l:egr2b-MYC,cryaa:EGFP)|ZDB-TGCONSTRCT-181001-2|2020-10-21
ZDB-ALT-200327-1|fci5||||Small Deletion|embryos treated with CRISPR2-epha4a||Wilkinson Lab|ZDB-LAB-100915-2|Chr: 2|||2020-10-21
ZDB-ALT-200327-2|fci6||||Indel|embryos treated with CRISPR3-epha4a||Wilkinson Lab|ZDB-LAB-100915-2|Chr: 2|||2020-10-21
ZDB-ALT-200327-3|fci7||||Indel|embryos treated with CRISPR3-epha4a||Wilkinson Lab|ZDB-LAB-100915-2|Chr: 2|||2020-10-21
ZDB-ALT-200327-4|fci8||||Small Deletion|embryos treated with CRISPR4-epha4a||Wilkinson Lab|ZDB-LAB-100915-2|Chr: 2|||2020-10-21
ZDB-ALT-200728-6|fci9||||Indel|embryos treated with TALEN1-efnb3b||Wilkinson Lab|ZDB-LAB-100915-2|Chr: 7|||2020-10-21
ZDB-ALT-150527-2|fcu1Tg||||Transgenic Insertion|embryos treated with DNA||Targoff Lab|ZDB-LAB-110322-1|Unmapped|Tg(hsp70l:nkx2.5-EGFP)|ZDB-TGCONSTRCT-150527-1|2020-10-21
ZDB-ALT-180830-1|fdu101Tg||||Transgenic Insertion|embryos treated with DNA||Xu Wang Lab|ZDB-LAB-170210-5|Unmapped|Tg(elavl3:RFP)|ZDB-TGCONSTRCT-180830-1|2020-10-21
ZDB-ALT-191209-4|fdu102Tg||||Transgenic Insertion|embryos treated with DNA||Xu Wang Lab|ZDB-LAB-170210-5|Unmapped|Tg3(myl7:mCherry)|ZDB-TGCONSTRCT-191209-6|2020-10-21
ZDB-ALT-200330-4|fdu103Tg||||Transgenic Insertion|embryos treated with DNA||Xu Wang Lab|ZDB-LAB-170210-5|Unmapped|Tg(en.notch1b.ecr3.d2:EGFP)|ZDB-TGCONSTRCT-200330-1|2020-10-21
ZDB-ALT-200616-3|fdu104Tg||||Transgenic Insertion|embryos treated with DNA||Xu Wang Lab|ZDB-LAB-170210-5|Unmapped|Tg(UAS:Hsa.CTNNB1_ABC-tcf7l2)|ZDB-TGCONSTRCT-200616-2|2020-10-21
ZDB-ALT-200616-4|fdu105Tg||||Transgenic Insertion|embryos treated with DNA||Xu Wang Lab|ZDB-LAB-170210-5|Unmapped|Tg(UAS:LOXP-LOX2272-Cre-LOXP-kras_G12V-2A-PhiYFP-LOX2272-myca-2A-mKate2-LOXN-CFP)|ZDB-TGCONSTRCT-200616-3|2020-10-21
ZDB-ALT-200611-2|fdu106Tg||||Transgenic Insertion|embryos treated with DNA||Xu Wang Lab|ZDB-LAB-170210-5|Unmapped|Tg(myl7:TET3G,TETRE:tnnt2a-2A-mKate2,myl7:EGFP)|ZDB-TGCONSTRCT-200611-2|2020-10-21
ZDB-ALT-200611-1|fdu107Tg||||Transgenic Insertion|embryos treated with DNA||Xu Wang Lab|ZDB-LAB-170210-5|Unmapped|Tg(actb2:GCaMP6s)|ZDB-TGCONSTRCT-200611-1|2020-10-21
ZDB-ALT-200611-3|fdu108||||Small Deletion|embryos treated with CRISPR6-tnnt2a||Xu Wang Lab|ZDB-LAB-170210-5|Chr: 23|||2020-10-21
ZDB-ALT-110309-1|fdu1Tg|||Tg(Xla.Vtga2-vtg1:EGFP)fdu1|Transgenic Insertion|embryos treated with DNA||Song Lab|ZDB-LAB-060807-1|Unmapped|Tg(Xla.Vtga2-vtg1:EGFP)|ZDB-TGCONSTRCT-110309-1|2020-10-21
ZDB-ALT-181128-2|fdu201||||Indel|embryos treated with CRISPR1-shank3b||Xui Xu Lab|ZDB-LAB-181127-1|Chr: 4|||2020-10-21
ZDB-ALT-190906-1|fdu30||||Small Deletion|embryos treated with CRISPR1-csrp3|The mutation eliminated the second LIM domain whereas the first LIM domain was still retained.|Ruilin Zhang Lab|ZDB-LAB-170210-2|Chr: 7|||2020-10-21
ZDB-ALT-201021-10|fdu301||||Small Deletion|embryos treated with TALEN4-eftud2||Qiang Li Lab|ZDB-LAB-200928-2|Unmapped|||2020-10-21
ZDB-ALT-190221-2|fdu6Tg||||Transgenic Insertion|embryos treated with DNA||Xu Wang Lab|ZDB-LAB-170210-5|Unmapped|Tg(actb2:mCherry-Hsa.MBD1-NLS-EGFP)|ZDB-TGCONSTRCT-190221-3|2020-10-21
ZDB-ALT-050209-36|fgf3_unspecified|||un_fgf3, unspecified_fgf3|Unspecified|||||Chr: 7|||2020-10-21
ZDB-ALT-050209-6|fgf8a_unspecified|||un_ace, un_fgf8a, unspecified_fgf8a|Unspecified|||||Ambiguous|||2020-10-21
ZDB-ALT-091112-1|fh095||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 12|||2020-10-21
ZDB-ALT-061129-4|fh105||||Point Mutation|adult males treated with ENU|fh105 is a C-to-A substitution at nucleotide 300 of eomesa, resulting in replacement of tyrosine 100 with a stop codon.  Very probably null.  Homozygous viable.|Moens Lab|ZDB-LAB-990225-6|Chr: 19|||2020-10-21
ZDB-ALT-160602-14|fh111||||Point Mutation|||Moens Lab|ZDB-LAB-990225-6|Chr: 13|||2020-10-21
ZDB-ALT-100504-3|fh112||||Point Mutation|adult females treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 4|||2020-10-21
ZDB-ALT-061129-14|fh117||||Point Mutation|adult males treated with ENU|This is a A-to-T mutation at nucleotide 558, resulting in a stop codon at amino acid 157.|Moens Lab|ZDB-LAB-990225-6|Ambiguous|||2020-10-21
ZDB-ALT-110819-4|fh122||||Point Mutation|adult males treated with ENU|A missense mutation (G to T) in fh122 mutants leads to a C869F amino acid change in the farnesylation (CaaX) motif of Prickle1b. As this cysteine is obligatory for attachment of the farnesyl group it is expected that pk1b fh122 mutants will completely lack farnesylation of the Pk1b protein. 
( adapted from <a href="http://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-110518-43"> Mapp et al. 2011 </a> )|Moens Lab|ZDB-LAB-990225-6|Chr: 4|||2020-10-21
ZDB-ALT-120515-1|fh131||||Point Mutation|adult males treated with ENU|nucleotide substitution: G to T; mutated amino acid: E1219X|Moens Lab|ZDB-LAB-990225-6|Chr: 20|||2020-10-21
ZDB-ALT-110421-1|fh1Tg|||Tg(isl1-hsp70l:mRFP)fh1|Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(en.crest1-hsp70l:mRFP)|ZDB-TGCONSTRCT-110201-1|2020-10-21
ZDB-ALT-051112-2|fh20||||Point Mutation||C-T transition corresponding to position 1904 of the spt5 mRNA. fh20 is a hypomorphic cryptic splice allele of foggy/spt5.|Moens Lab|ZDB-LAB-990225-6|Ambiguous|||2020-10-21
ZDB-ALT-061129-10|fh219||||Point Mutation|adult males treated with ENU|This is a C-to-T mutation at nucleotide 1681, resulting in a stop codon at amino acid 561.|Moens Lab|ZDB-LAB-990225-6|Chr: 8|||2020-10-21
ZDB-ALT-091112-2|fh220||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 8|||2020-10-21
ZDB-ALT-080123-1|fh221||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 8|||2020-10-21
ZDB-ALT-061129-20|fh224||||Point Mutation|adult males treated with ENU|This is a G-to-T mutation at nucleotide 280, resulting in a stop codon at amino acid 94.|Moens Lab|ZDB-LAB-990225-6|Chr: 10|||2020-10-21
ZDB-ALT-091112-3|fh225||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 10|||2020-10-21
ZDB-ALT-061129-2|fh227||||Point Mutation|adult males treated with ENU|Introduces a C->A substitution at position 1002 producing a premature TGA stop codon at amino acid 334.|Moens Lab|ZDB-LAB-990225-6|Chr: 12|||2020-10-21
ZDB-ALT-061129-22|fh228||||Point Mutation|adult males treated with ENU|This is a G-to-A mutation at nucleotide 4072, resulting in a stop codon at amino acid 1358.|Moens Lab|ZDB-LAB-990225-6|Unmapped|||2020-10-21
ZDB-ALT-061129-16|fh229|||smnY262stop, T6044A, Y260*|Point Mutation|adult males treated with ENU|This is a T-to-A mutation resulting in a stop codon at amino acid 262.|Moens Lab|ZDB-LAB-990225-6|Chr: 5|||2020-10-21
ZDB-ALT-100216-1|fh230|||L263*, smnL265stop, T6139A|Point Mutation|adult males treated with ENU|This is a T-A mutation resulting in a stop-codon at amino acid 265.|Moens Lab|ZDB-LAB-990225-6|Chr: 5|||2020-10-21
ZDB-ALT-100216-2|fh231|||G262D, G6136A, smnG264D|Point Mutation|adult males treated with ENU|This is a G-A missense mutation, converting G264 to D.|Moens Lab|ZDB-LAB-990225-6|Chr: 5|||2020-10-21
ZDB-ALT-061129-6|fh232|||Q63*|Point Mutation|adult males treated with ENU|This is a C-to-T mutation at nucleotide 187, resulting in a nonsense mutation and putatively truncating the protein at position 63.|Moens Lab|ZDB-LAB-990225-6|Chr: 8|||2020-10-21
ZDB-ALT-091112-4|fh234||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 4|||2020-10-21
ZDB-ALT-061129-18|fh235||||Point Mutation|adult males treated with ENU|This is a T-to-A mutation at nucleotide 664, resulting in a C to S change at amino acid 222.|Moens Lab|ZDB-LAB-990225-6|Chr: 4|||2020-10-21
ZDB-ALT-061129-12|fh236||||Point Mutation|adult males treated with ENU|This is a T-to-A mutation at nucleotide 302, resulting in a stop codon at amino acid 101.|Moens Lab|ZDB-LAB-990225-6|Chr: 9|||2020-10-21
ZDB-ALT-070803-1|fh241||||Point Mutation|ENU ||Moens Lab|ZDB-LAB-990225-6|Chr: 23|||2020-10-21
ZDB-ALT-091112-5|fh243||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 1|||2020-10-21
ZDB-ALT-070803-2|fh244||||Point Mutation|ENU ||Moens Lab|ZDB-LAB-990225-6|Chr: 12|||2020-10-21
ZDB-ALT-071015-3|fh245||||Point Mutation||This is a mutation at the intron2-exon3 splice junction.|Moens Lab|ZDB-LAB-990225-6|Chr: 1|||2020-10-21
ZDB-ALT-071015-6|fh246|||rip140b|Point Mutation||The mutation in the cDNA is c694t.|Moens Lab|ZDB-LAB-990225-6|Chr: 10|||2020-10-21
ZDB-ALT-071015-4|fh247||||Point Mutation||The mutation in the cDNA is c505t.|Moens Lab|ZDB-LAB-990225-6|Chr: 19|||2020-10-21
ZDB-ALT-091112-6|fh248||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 6|||2020-10-21
ZDB-ALT-071015-2|fh250||||Point Mutation||The mutation in the cDNA is c597a.|Moens Lab|ZDB-LAB-990225-6|Chr: 12|||2020-10-21
ZDB-ALT-071019-5|fh252|||wntless|Point Mutation|ENU |Kuan et al (2015): a nonsense mutation (C to T) in the third exon of the wls homolog (CAG>TAG in exon 3)|Moens Lab|ZDB-LAB-990225-6|Chr: 2|||2020-10-21
ZDB-ALT-071015-1|fh253||||Point Mutation||The mutation in the cDNA is&nbsp;&nbsp;c597a.|Moens Lab|ZDB-LAB-990225-6|Chr: 6|||2020-10-21
ZDB-ALT-091112-7|fh255||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 12|||2020-10-21
ZDB-ALT-071015-5|fh258||||Point Mutation||The mutation in the cDNA is c429a.  <br>
fh258 is a mutation in the tgif1 gene which introduces a stop codon (Y143X) and produces a truncated protein (~18 kDa). WT fish express only the full-length Tgif1 protein (~35 kDa).|Moens Lab|ZDB-LAB-990225-6|Chr: 24|||2020-10-21
ZDB-ALT-080325-4|fh260||||Point Mutation|ENU |Mutation c313a, Y104stop, sequence may not be full length.|Moens Lab|ZDB-LAB-990225-6|Chr: 1|||2020-10-21
ZDB-ALT-080325-6|fh261||||Point Mutation|ENU |Mutation A376T, R126stop.|Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-091112-8|fh263||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 9|||2020-10-21
ZDB-ALT-080325-7|fh265||||Point Mutation|ENU |hypomorphic allele; Mutation C499T, Q167stop.|Moens Lab|ZDB-LAB-990225-6|Chr: 11|||2020-10-21
ZDB-ALT-080325-8|fh266||||Point Mutation|ENU |Mutation C292T, Q98stop.|Moens Lab|ZDB-LAB-990225-6|Chr: 19|||2020-10-21
ZDB-ALT-080325-9|fh267||||Point Mutation|ENU |Mutation G931T. . Splice site mutation at the exon 1/intron1 boundary truncates protein 19aa after the end of exon1 (aa310) (full length protein is 1623aa).|Moens Lab|ZDB-LAB-990225-6|Chr: 10|||2020-10-21
ZDB-ALT-080325-3|fh271||||Point Mutation|ENU |Mutation c736t, Q246stop.|Moens Lab|ZDB-LAB-990225-6|Chr: 24|||2020-10-21
ZDB-ALT-080325-5|fh273||||Point Mutation|ENU |Mutation c274t, Q92stop.
The msgn1 fh273 allele carries a point mutation that substitutes the cytosine at position 274 with a thymine, changing the glutamine at position 92 into a stop codon. The resulting protein is truncated in the middle of the first helix of the HLH motif. Homozygous msgn1 fh273 mutants are viable.|Moens Lab|ZDB-LAB-990225-6|Chr: 4|||2020-10-21
ZDB-ALT-091112-10|fh274||||Point Mutation|adult males treated with ENU|(C11527T; Q924), generate amber stop codon, predicted to truncate the protein early in the extracellular domains|Moens Lab|ZDB-LAB-990225-6|Chr: 10|||2020-10-21
ZDB-ALT-090715-2|fh275||||Point Mutation|ENU |On XM_677713 the mutated nucleotide is c3064t leading to Q1022*.|Moens Lab|ZDB-LAB-990225-6|Chr: 10|||2020-10-21
ZDB-ALT-091112-11|fh276||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Ambiguous|||2020-10-21
ZDB-ALT-091112-12|fh277||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Ambiguous|||2020-10-21
ZDB-ALT-090715-3|fh278||||Point Mutation|ENU |Mutation T347A gives a coding change of L116*.|Moens Lab|ZDB-LAB-990225-6|Chr: 2|||2020-10-21
ZDB-ALT-091112-13|fh279||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 2|||2020-10-21
ZDB-ALT-091112-14|fh280||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 20|||2020-10-21
ZDB-ALT-091112-15|fh281||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 20|||2020-10-21
ZDB-ALT-091112-16|fh282||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 8|||2020-10-21
ZDB-ALT-091112-17|fh283||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 6|||2020-10-21
ZDB-ALT-091112-19|fh286||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 12|||2020-10-21
ZDB-ALT-091112-20|fh288||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 5|||2020-10-21
ZDB-ALT-091112-21|fh290||||Point Mutation|adult males treated with ENU|Mutation is a nonsense point mutation C290T in exon1a, which changes glutamine at residue 61 to a stop codon resulting in a protein truncated at the end of the first extracellular loop.|Moens Lab|ZDB-LAB-990225-6|Chr: 15|||2020-10-21
ZDB-ALT-091112-22|fh291|||L115X|Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 13|||2020-10-21
ZDB-ALT-091112-23|fh292|||Y472X|Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 13|||2020-10-21
ZDB-ALT-120126-2|fh293||||Point Mutation|embryos treated with ENU|A nonsense mutation in ush1c from the Zebrafish TILLING Consortium was obtained by screening for mutations in the first PDZdomain-encoding region of ush1c (PDZ1). The line,ush1cfh293, harbors a nonsense mutation in the fifth exon, which encodes the C-terminal portion of the PDZ1 domain.|Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-091112-24|fh294||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 11|||2020-10-21
ZDB-ALT-091112-25|fh295||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 11|||2020-10-21
ZDB-ALT-091112-26|fh296||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 2|||2020-10-21
ZDB-ALT-091112-27|fh297||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-091112-28|fh298||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 23|||2020-10-21
ZDB-ALT-091112-29|fh299||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 23|||2020-10-21
ZDB-ALT-110421-2|fh2Tg|||TgBAC(egr2b:GFP)fh2|Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|TgBAC(egr2b:GFP)|ZDB-TGCONSTRCT-110421-1|2020-10-21
ZDB-ALT-091112-30|fh300||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 20|||2020-10-21
ZDB-ALT-091112-31|fh301|||Y220X|Point Mutation|adult males treated with ENU|This allele has a single nucleotide change 660C>A resulting in a premature stop codon (TAC -> TAA), p.Y220X which truncates the 413aa protein midway through its second RNA binding domain.|Moens Lab|ZDB-LAB-990225-6|Chr: 6|||2020-10-21
ZDB-ALT-091112-32|fh302||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 1|||2020-10-21
ZDB-ALT-091112-33|fh303||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 1|||2020-10-21
ZDB-ALT-091112-34|fh304||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 20|||2020-10-21
ZDB-ALT-091112-35|fh305||||Point Mutation|adult males treated with ENU|The fh305 mutation changes a tyrosine at amino acid position 203 to a stop codon.  This mutation is predicted to truncate the protein after the conserved oligomerization domain and before the PDZ domains.  This allele truncates all 3 predicted pard3 isoforms.|Moens Lab|ZDB-LAB-990225-6|Chr: 2|||2020-10-21
ZDB-ALT-091112-36|fh306||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 13|||2020-10-21
ZDB-ALT-091112-37|fh307||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 13|||2020-10-21
ZDB-ALT-091112-38|fh308||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 13|||2020-10-21
ZDB-ALT-091112-39|fh309||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 11|||2020-10-21
ZDB-ALT-091112-40|fh310||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 11|||2020-10-21
ZDB-ALT-091112-41|fh311||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 7|||2020-10-21
ZDB-ALT-091112-42|fh312||||Point Mutation|adult males treated with ENU|fh312 carries an ENU-induced stop codon (L74*) in kctd12.2.  Null mutation - no protein detected in homozygotes by immunofluorescence.  Homozygous viable.|Moens Lab|ZDB-LAB-990225-6|Chr: 1|||2020-10-21
ZDB-ALT-100311-9|fh313||||Point Mutation|adult males treated with ENU|An A to T transversion at position 302 leads to a premature stop codon at Lys68.|Moens Lab|ZDB-LAB-990225-6|Chr: 3|||2020-10-21
ZDB-ALT-100311-10|fh314||||Point Mutation|adult males treated with ENU|fh314 homozygotes exhibit a C to T conversion in the rpgrip1 gene which resulted in a nonsense mutation, changing a glutamine codon to stop (CAG to TAG).  We predicted that the nonsense mutation would lead to either a truncated 735 amino acid polypeptide and/or nonsense-mediated RNA decay (NMD). Quantitative real-time PCR showed rpgrip1 mRNA was decreased by about 85% in 5 dpf rpgrip1−/− embryos when compared to wildtype siblings, confirming that NMD was most likely occurring. Both heterozygous and homozygous rpgrip1 mutant fish exhibited normal external morphology and were fertile. Mutant larvae developed a normal swim bladder. All the examined homozygous rpgrip1 fish showed same phenotypes, suggesting complete penetrance. There is no variable expressivity.|Moens Lab|ZDB-LAB-990225-6|Chr: 24|||2020-10-21
ZDB-ALT-100311-11|fh315||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 24|||2020-10-21
ZDB-ALT-100311-13|fh317||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 8|||2020-10-21
ZDB-ALT-100311-14|fh318||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 9|||2020-10-21
ZDB-ALT-100311-15|fh319||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 9|||2020-10-21
ZDB-ALT-100311-16|fh320||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 20|||2020-10-21
ZDB-ALT-100311-17|fh321||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 20|||2020-10-21
ZDB-ALT-100311-18|fh322||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-100311-19|fh323||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-100311-20|fh324||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 14|||2020-10-21
ZDB-ALT-100311-21|fh325||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 14|||2020-10-21
ZDB-ALT-101008-11|fh326||||Point Mutation|adult males treated with ENU|Pan et al (2015): C > T mutation resulting in a nonsense mutation, R120X.|Moens Lab|ZDB-LAB-990225-6|Chr: 11|||2020-10-21
ZDB-ALT-101008-12|fh327||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 11|||2020-10-21
ZDB-ALT-101008-13|fh328||||Point Mutation|adult males treated with ENU|This is a missense mutation (c.241T > G) resulting in the substitution of a conserved isoleucine for an arginine in the first transmembrane domain.|Moens Lab|ZDB-LAB-990225-6|Chr: 18|||2020-10-21
ZDB-ALT-101008-14|fh329||||Point Mutation|adult males treated with ENU|protein truncation after the first transmembrane domain|Moens Lab|ZDB-LAB-990225-6|Chr: 20|||2020-10-21
ZDB-ALT-101008-15|fh330||||Point Mutation|adult males treated with ENU|A nonsense mutation which confers an early stop codon at L150.|Moens Lab|ZDB-LAB-990225-6|Chr: 11|||2020-10-21
ZDB-ALT-101008-16|fh331||||Point Mutation|adult males treated with ENU|A nonsense mutation which confers an early stop codon at L174.|Moens Lab|ZDB-LAB-990225-6|Chr: 11|||2020-10-21
ZDB-ALT-101008-17|fh332||||Point Mutation|adult males treated with ENU|notch3 fh332 harbors a nonsense mutation that introduces a premature stop codon at amino acid position 669 within the 8th Notch3 EGF repeat. The mutation is expected to generate a non-functional truncated protein lacking most of the extracellular and all of the transmembrane and intracellular domains of Notch3. fh332/fh332 homozygous embryos and larvae developed at normal speed and without apparent morphological defects, although the mutation was lethal before adulthood.|Moens Lab|ZDB-LAB-990225-6|Chr: 3|||2020-10-21
ZDB-ALT-101008-19|fh334||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 3|||2020-10-21
ZDB-ALT-101008-21|fh336||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 9|||2020-10-21
ZDB-ALT-101008-22|fh337||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 15|||2020-10-21
ZDB-ALT-101008-23|fh338||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 24|||2020-10-21
ZDB-ALT-111010-10|fh339||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 8|||2020-10-21
ZDB-ALT-111010-11|fh340||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 21|||2020-10-21
ZDB-ALT-111010-12|fh341||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 24|||2020-10-21
ZDB-ALT-120710-2|fh342||||Point Mutation|adult males treated with ENU|T(WT) to G(mut)|Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-111010-13|fh343||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-111010-14|fh344||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 5|||2020-10-21
ZDB-ALT-111010-15|fh345||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 2|||2020-10-21
ZDB-ALT-111010-16|fh346||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 2|||2020-10-21
ZDB-ALT-111010-17|fh347||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 7|||2020-10-21
ZDB-ALT-111010-18|fh348||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 17|||2020-10-21
ZDB-ALT-111010-19|fh349||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 17|||2020-10-21
ZDB-ALT-170224-6|fh350Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(isl1-hsp70l:MA-TFP)|ZDB-TGCONSTRCT-170224-6|2020-10-21
ZDB-ALT-111010-20|fh351||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 10|||2020-10-21
ZDB-ALT-111010-21|fh352||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 10|||2020-10-21
ZDB-ALT-120309-2|fh353||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 20|||2020-10-21
ZDB-ALT-160825-2|fh360|||dis3, disconnect3|Complex|ENU |"The ENU mutagensis produced two missense mutations in gjd1a. We have not resolved causation to one or both mutations." Miller et al., 2017.; 2 missense mutations : K215Q; R290C|Moens Lab|ZDB-LAB-990225-6|Chr: 5|||2020-10-21
ZDB-ALT-150720-1|fh364||||Point Mutation|adult females treated with ENU|Miller et al (2015): mutation has a C to T transition in exon 21 introducing a nonsense codon that truncates the protein approximately one third of the way through the protein|Moens Lab|ZDB-LAB-990225-6|Chr: 10|||2020-10-21
ZDB-ALT-180828-3|fh367||||Small Deletion|embryos treated with TALEN1-atoh1c|fh367 has a TALEN-generated 122 bp deletion in atoh1c that results in a premature stop codon before the Atoh1c DNA binding domain.|Moens Lab|ZDB-LAB-990225-6|Chr: 12|||2020-10-21
ZDB-ALT-160901-15|fh378||||Small Deletion|embryos treated with TALEN1-cep290|Deletion of c294 and c295. frame shift after A99.|Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-150720-3|fh380||||Indel|embryos treated with TALEN2-nbeaa|Miller et al (2015) loss of 9 base pairs, and an introduction of one base pair in exon 21, resulting in a net change of 8 base pairs causing a frame shift. This change is predicted to introduce 43 different amino acids before encountering a new nonsense codon and truncating the protein.|Moens Lab|ZDB-LAB-990225-6|Chr: 10|||2020-10-21
ZDB-ALT-200211-22|fh386Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(shha-gata2a:GAL4-VP16)|ZDB-TGCONSTRCT-170224-5|2020-10-21
ZDB-ALT-170126-6|fh390||||Unknown|||Moens Lab|ZDB-LAB-990225-6|Chr: 24|||2020-10-21
ZDB-ALT-150720-2|fh392||||Small Deletion|embryos treated with TALEN1-nbeaa|Miller et al (2015) a loss of 7 base pairs in exon 1 , causing a frame shift that is predicted to introduce a nonsense mutation directly after the deletion at amino acid 95.|Moens Lab|ZDB-LAB-990225-6|Chr: 10|||2020-10-21
ZDB-ALT-110421-3|fh3Tg|||TgBAC(hoxb1a:RFP)fh3|Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|TgBAC(hoxb1a:RFP)|ZDB-TGCONSTRCT-110421-2|2020-10-21
ZDB-ALT-180828-2|fh430Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|TgBAC(atoh1c:GAL4FF)|ZDB-TGCONSTRCT-180828-1|2020-10-21
ZDB-ALT-160825-4|fh435||||Small Deletion|embryos treated with TALEN1-gjd1b||Moens Lab|ZDB-LAB-990225-6|Chr: 15|||2020-10-21
ZDB-ALT-160825-3|fh436||||Small Deletion|embryos treated with TALEN1-gjd1a||Moens Lab|ZDB-LAB-990225-6|Chr: 5|||2020-10-21
ZDB-ALT-160825-5|fh437||||Small Deletion|embryos treated with TALEN1-gjd2a||Moens Lab|ZDB-LAB-990225-6|Chr: 17|||2020-10-21
ZDB-ALT-160923-2|fh438||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 5|||2020-10-21
ZDB-ALT-160923-1|fh440||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-170224-7|fh444Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(isl1-hsp70l:Xla.Dvl2-GFP)|ZDB-TGCONSTRCT-170224-7|2020-10-21
ZDB-ALT-170224-8|fh446Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(10xUAS:Xla.Dvl2-GFP)|ZDB-TGCONSTRCT-170224-8|2020-10-21
ZDB-ALT-170224-9|fh447Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(10xUAS:fzd3a-GFP)|ZDB-TGCONSTRCT-170224-9|2020-10-21
ZDB-ALT-160825-6|fh448||||Small Deletion|embryos treated with CRISPR1-tjp1b||Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-160825-7|fh449||||Indel|embryos treated with CRISPR1-tjp1b||Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-160923-3|fh450||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 16|||2020-10-21
ZDB-ALT-160825-8|fh451||||Indel|embryos treated with CRISPR1-tjp1b||Moens Lab|ZDB-LAB-990225-6|Chr: 25|||2020-10-21
ZDB-ALT-170224-5|fh452Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(isl1-gata2a:GAL4-VP16)|ZDB-TGCONSTRCT-170224-4|2020-10-21
ZDB-ALT-170224-10|fh453Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(10XUAS:GFP-vangl2)|ZDB-TGCONSTRCT-170224-10|2020-10-21
ZDB-ALT-170822-2|fh454|||fh456|Small Deletion|embryos treated with CRISPR2-gjd2b|mutation is Δ12bp starting in 5'UTR and deleting A of ATG. The nearest ATG is 7bp downstream and would encode a entirely different, frame-shifted, peptide truncating after 53aas|Moens Lab|ZDB-LAB-990225-6|Chr: 20|||2020-10-21
ZDB-ALT-170224-4|fh455Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(shha-gata2a:GAL4-VP16)|ZDB-TGCONSTRCT-170224-5|2020-10-21
ZDB-ALT-180920-6|fh463||||Small Deletion|embryos treated with CRISPR3-tjp1a||Moens Lab|ZDB-LAB-990225-6|Chr: 7|||2020-10-21
ZDB-ALT-180511-5|fh468Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR1-hoxb5a||Moens Lab|ZDB-LAB-990225-6|Chr: 3|Tg2(hsp70l:GFP)|ZDB-TGCONSTRCT-180511-3|2020-10-21
ZDB-ALT-180530-12|fh473||||Small Deletion|embryos treated with CRISPR||Moens Lab|ZDB-LAB-990225-6|Unmapped|||2020-10-21
ZDB-ALT-180511-4|fh474Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(isl1:EGFP-CAAX)|ZDB-TGCONSTRCT-180511-2|2020-10-21
ZDB-ALT-070702-1|fh49||||Point Mutation|adult males treated with ENU||Moens Lab|ZDB-LAB-990225-6|Chr: 1|||2020-10-21
ZDB-ALT-200211-23|fh496Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(UAS:mKate2-vangl2)|ZDB-TGCONSTRCT-200211-3|2020-10-21
ZDB-ALT-200211-24|fh499Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(UAS:fzd3a-mEos)|ZDB-TGCONSTRCT-200211-4|2020-10-21
ZDB-ALT-200211-25|fh500Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(UAS:Hsa.MAPRE3-mKate2)|ZDB-TGCONSTRCT-200211-5|2020-10-21
ZDB-ALT-200211-26|fh501Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(UAS:dctn2-2A-EGFP-CAAX)|ZDB-TGCONSTRCT-200211-6|2020-10-21
ZDB-ALT-180416-4|fh506Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(mpeg1.1:Cre)|ZDB-TGCONSTRCT-180416-1|2020-10-21
ZDB-ALT-180416-5|fh507Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(mpeg1.1:myd88_L265P)|ZDB-TGCONSTRCT-180416-3|2020-10-21
ZDB-ALT-180416-3|fh508Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(tnfa:emGFP)|ZDB-TGCONSTRCT-180416-2|2020-10-21
ZDB-ALT-180416-2|fh509||||Small Deletion|embryos treated with CRISPR1-spi1b|10 base pair deletion in exon 4, starting at G124, resulting in a frameshift mutation causing an in-exon stop codon 6 amino acids downstream of the end of the deletion.|Moens Lab|ZDB-LAB-990225-6|Chr: 7|||2020-10-21
ZDB-ALT-190524-1|fh513||||Small Deletion|embryos treated with CRISPR||Moens Lab|ZDB-LAB-990225-6|Chr: 14|||2020-10-21
ZDB-ALT-200212-9|fh520Tg||||Transgenic Insertion|embryos treated with DNA||Moens Lab|ZDB-LAB-990225-6|Unmapped|Tg(UAS:mApple-CAAX)|ZDB-TGCONSTRCT-200212-1|2020-10-21
ZDB-ALT-110120-2|fh53||||Point Mutation|ENU |The allele (fh53) was never recovered in the screen and all of the data attributed to it in the Johnson et al. (2011) paper was actually data from vc7.|Moens Lab|ZDB-LAB-990225-6|Unmapped|||2020-10-21
ZDB-ALT-111010-4|fhl1b_unrecovered|||fhl_unrecovered|Point Mutation|adult males treated with ENU||||Chr: 10|||2020-10-21
ZDB-ALT-180314-9|fi1Tg||||Transgenic Insertion|embryos treated with DNA||Vanzi Lab|ZDB-LAB-180206-3|Unmapped|Tg(elavl3:GCaMP6s)|ZDB-TGCONSTRCT-141023-2|2020-10-21
ZDB-ALT-190827-2|fi2Tg||||Transgenic Insertion|embryos treated with DNA||Vanzi Lab|ZDB-LAB-180206-3|Unmapped|Tg(elavl3:H2B-GCaMP6s)|ZDB-TGCONSTRCT-190827-1|2020-10-21
ZDB-ALT-080617-2|fk03a||||Point Mutation||The mutant protein is predicted to truncate after the leucine rich repeats but before the coiled-coil domain.|The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 7|||2020-10-21
ZDB-ALT-181214-3|fl10||||Small Deletion|embryos treated with CRISPR17-rho||Fadool Lab|ZDB-LAB-050805-1|Chr: 8|||2020-10-21
ZDB-ALT-080517-1|fl1Tg|||Tg(XlRho:EGFP)fl1, XOPS-GFP|Transgenic Insertion|embryos treated with DNA||Fadool Lab|ZDB-LAB-050805-1|Unmapped|Tg(Xla.Rho:EGFP)|ZDB-TGCONSTRCT-080517-1|2020-10-21
ZDB-ALT-170303-1|fl4||||Small Deletion|embryos treated with TALEN2-six7|mutation is in the SIX domain of Six7
c. 217_229del CAGGTGGCCCGAG, p. (Q11Cfs*39), p. (E10Ifs*50); p. (F7Lfs*44)|Fadool Lab|ZDB-LAB-050805-1|Chr: 7|||2020-10-21
ZDB-ALT-181214-1|fl6||||Indel|embryos treated with CRISPR17-rho||Fadool Lab|ZDB-LAB-050805-1|Chr: 8|||2020-10-21
ZDB-ALT-181214-2|fl7||||Indel|embryos treated with CRISPR17-rho||Fadool Lab|ZDB-LAB-050805-1|Chr: 8|||2020-10-21
ZDB-ALT-181214-4|fl8||||Indel|embryos treated with CRISPR18-rho||Fadool Lab|ZDB-LAB-050805-1|Chr: 8|||2020-10-21
ZDB-ALT-181214-5|fl9||||Small Deletion|embryos treated with CRISPR18-rho||Fadool Lab|ZDB-LAB-050805-1|Chr: 8|||2020-10-21
ZDB-ALT-101008-6|flt1_unrecovered|||unrec_flt1, unrecovered_flt1|Point Mutation|adult males treated with ENU||||Chr: 24|||2020-10-21
ZDB-ALT-120209-11|fmi10Tg|||Line 04, Tg(dlx5a-dlx6a:ITETA;PTET:Cr.Cop4-YFP)fmi10|Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:Cr.Cop4-YFP), Tg(dlx5a-dlx6a:ITETA)|ZDB-TGCONSTRCT-140429-3, ZDB-TGCONSTRCT-120209-2|2020-10-21
ZDB-ALT-120209-12|fmi11Tg|||Tg(-2ompb:Cr.Cop4-YFP)fmi11|Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(-2ompb:Cr.Cop4-YFP)|ZDB-TGCONSTRCT-120209-4|2020-10-21
ZDB-ALT-200722-2|fmi12Tg||||Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(5xUAS:eNpHR3-YFP,myl7:EGFP)|ZDB-TGCONSTRCT-200722-2|2020-10-21
ZDB-ALT-200915-1|fmi13Tg||||Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(5xUAS:Htp.ArchT-GFP,myl7:EGFP)|ZDB-TGCONSTRCT-200915-1|2020-10-21
ZDB-ALT-200916-1|fmi14Tg||||Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(5xUAS:ITETA,PTET:eNpHR3-YFP,myl7:EGFP)|ZDB-TGCONSTRCT-200916-1|2020-10-21
ZDB-ALT-200916-2|fmi15Tg||||Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:Dme.AstA-R1-IRES-GFP)|ZDB-TGCONSTRCT-200916-3|2020-10-21
ZDB-ALT-200916-3|fmi16Tg||||Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:GCaMP2)|ZDB-TGCONSTRCT-200916-2|2020-10-21
ZDB-ALT-120209-2|fmi1Tg|||Line 01, Tg(elavl3:ITETA;PTET:Cr.Cop4-YFP)fmi1|Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:Cr.Cop4-YFP), Tg(elavl3:ITETA)|ZDB-TGCONSTRCT-140429-3, ZDB-TGCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-3|fmi2Tg|||Line 02, Tg(elavl3:ITETA;PTET:Cr.Cop4-YFP)fmi2|Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:Cr.Cop4-YFP), Tg(elavl3:ITETA)|ZDB-TGCONSTRCT-140429-3, ZDB-TGCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-7|fmi3Tg|||Line 03, Tg(elavl3:ITETA;PTET:Cr.Cop4-YFP)fmi3|Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:Cr.Cop4-YFP), Tg(elavl3:ITETA)|ZDB-TGCONSTRCT-140429-3, ZDB-TGCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-4|fmi4Tg|||Line 04, Tg(elavl3:ITETA;PTET:Cr.Cop4-YFP)fmi4|Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:Cr.Cop4-YFP), Tg(elavl3:ITETA)|ZDB-TGCONSTRCT-140429-3, ZDB-TGCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-5|fmi5Tg|||Line 05, Tg(elavl3:ITETA;PTET:Cr.Cop4-YFP)fmi5|Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:Cr.Cop4-YFP), Tg(elavl3:ITETA)|ZDB-TGCONSTRCT-140429-3, ZDB-TGCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-6|fmi6Tg|||Line 06, Tg(elavl3:ITETA;PTET:Cr.Cop4-YFP)fmi6|Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:Cr.Cop4-YFP), Tg(elavl3:ITETA)|ZDB-TGCONSTRCT-140429-3, ZDB-TGCONSTRCT-120209-1|2020-10-21
ZDB-ALT-120209-8|fmi7Tg|||Line 01, Tg(dlx5a-dlx6a:ITETA;PTET:Cr.Cop4-YFP)fmi7|Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:Cr.Cop4-YFP), Tg(dlx5a-dlx6a:ITETA)|ZDB-TGCONSTRCT-140429-3, ZDB-TGCONSTRCT-120209-2|2020-10-21
ZDB-ALT-120209-9|fmi8Tg|||Line 02, Tg(dlx5a-dlx6a:ITETA;PTET:Cr.Cop4-YFP)fmi8|Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:Cr.Cop4-YFP), Tg(dlx5a-dlx6a:ITETA)|ZDB-TGCONSTRCT-140429-3, ZDB-TGCONSTRCT-120209-2|2020-10-21
ZDB-ALT-120209-10|fmi9Tg|||Line 03, Tg(dlx5a-dlx6a:ITETA;PTET:Cr.Cop4-YFP)fmi9|Transgenic Insertion|embryos treated with DNA||Friedrich Lab|ZDB-LAB-020725-1|Unmapped|Tg(PTET:Cr.Cop4-YFP), Tg(dlx5a-dlx6a:ITETA)|ZDB-TGCONSTRCT-140429-3, ZDB-TGCONSTRCT-120209-2|2020-10-21
ZDB-ALT-100311-1|fmr1_unrecovered|||unrec_fmr1, unrecovered_fmr1|Point Mutation|adult males treated with ENU||||Chr: 14|||2020-10-21
ZDB-ALT-050711-8|fmv69|||mv69|Unknown|adult males treated with ENU||The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 3|||2020-10-21
ZDB-ALT-170609-1|fn10a||||Point Mutation|ENU ||The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 3|||2020-10-21
ZDB-ALT-100622-2|fo10a||||Point Mutation|||MacRae Lab|ZDB-LAB-030925-3|Chr: 6|||2020-10-21
ZDB-ALT-010621-6|fov01b|||fov1b|Point Mutation|||The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 8|||2020-10-21
ZDB-ALT-070330-1|foxh1_unspecified|||sur, un_foxh1, unspecified_foxh1|Unspecified|||||Chr: 12|||2020-10-21
ZDB-ALT-050315-2|foxi1_unspecified|||un_foxi1, un_nos, unspecified_foxi1|Unspecified|||||Chr: 12|||2020-10-21
ZDB-ALT-100311-2|foxp3b_unrecovered|||unrec_foxp3b, unrecovered_foxp3b|Point Mutation|adult males treated with ENU||||Chr: 8|||2020-10-21
ZDB-ALT-110111-1|fr100||||Point Mutation|adult males treated with ENU|truncation after Sm2 motif|Boehm Lab|ZDB-LAB-001129-1|Chr: 4|||2020-10-21
ZDB-ALT-101203-1|fr101Tg|||ikaros:eGFP, Tg(ikzf1:GFP)fr101, Tg(ikzf1:GFP)fr24|Transgenic Insertion|embryos treated with DNA||Boehm Lab|ZDB-LAB-001129-1|Unmapped|TgBAC(ikzf1:EGFP)|ZDB-TGCONSTRCT-101203-1|2020-10-21
ZDB-ALT-121024-2|fr102Tg|||TgBAC(ikzf1:tdEosFP)fr102|Transgenic Insertion|embryos treated with DNA||Boehm Lab|ZDB-LAB-001129-1|Unmapped|TgBAC(ikzf1:tdEos)|ZDB-TGCONSTRCT-121024-2|2020-10-21
ZDB-ALT-121024-1|fr103Tg|||TgBAC(foxn1:mCherry)fr103|Transgenic Insertion|embryos treated with DNA||Boehm Lab|ZDB-LAB-001129-1|Unmapped|TgBAC(foxn1:mCherry)|ZDB-TGCONSTRCT-121024-1|2020-10-21
ZDB-ALT-160907-2|fr104Tg||||Transgenic Insertion|embryos treated with DNA|6kb of genomic sequence upstream of the ATG were cloned into pCS2:CFP|Boehm Lab|ZDB-LAB-001129-1|Unmapped|Tg(lck:CFP)|ZDB-TGCONSTRCT-160907-2|2020-10-21
ZDB-ALT-070703-2|fr13Tg|||Tg(hsp70:bmp2b)fr13|Transgenic Insertion|embryos treated with DNA||Bakkers Lab|ZDB-LAB-031010-1|Unmapped|Tg(hsp70l:bmp2b)|ZDB-TGCONSTRCT-070703-2|2020-10-21
ZDB-ALT-070703-1|fr14Tg|||Tg(hsp70:nog3)fr14|Transgenic Insertion|embryos treated with DNA||Bakkers Lab|ZDB-LAB-031010-1|Unmapped|Tg(hsp70l:nog3)|ZDB-TGCONSTRCT-070703-1|2020-10-21
ZDB-ALT-110127-1|fr15||||Point Mutation|ENU |This mutation is an A to C transversion at the second base of the termination codon, resulting in an amino acid change from Stop to Serine and an elongation of the protein by 28 amino acids. This mutation induces a TspRI restriction site which could be used as a restriction fragment length polymorphism (RFLP). fr15 is allelic to fr16.|Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 20|||2020-10-21
ZDB-ALT-110127-2|fr16||||Point Mutation|||Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 20|||2020-10-21
ZDB-ALT-110104-2|fr17|||WW20/12|Point Mutation|ENU |Contains a T > G transversion in exon 13, which changes amino acid 531 from isoleucine to serine.|Boehm Lab|ZDB-LAB-001129-1|Chr: 3|||2020-10-21
ZDB-ALT-181108-8|fr201Tg||||Transgenic Insertion|embryos treated with DNA||Trompouki Lab|ZDB-LAB-181108-1|Unmapped|Tg(UAS:Hsa.HLX,myl7:EGFP)|ZDB-TGCONSTRCT-181108-3|2020-10-21
ZDB-ALT-100526-1|fr21||||Point Mutation|ENU |The bdf fr21 allele harboured a 1279T>C mutation in the coding region, leading to a substitution of a serine residue (S427P) that is conserved across many Integrin alpha subunits of multiple species.&nbsp;&nbsp;(adapted from Carney et al. ZDB-PUB-100427-24 )|Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 12|||2020-10-21
ZDB-ALT-100526-2|fr22||||Point Mutation|ENU |nel fr22 mutants have a T>A transversion within the coding region, 17 bp upstream of the end of exon 55 (8541T>A). This has a two-fold effect, generating a nonsense mutation Y2847* and&nbsp;&nbsp;converting the genomic sequence from 8538-gtat-8541 sequence to 8538-gtaa-8541, a consensus splice site. As a result, two transcripts (M1 and M2) are generated, M1 spliced at the WT location, and M2 spliced due to the novel splice donor site. In M1 the T>A yields an in-frame nonsense mutation.&nbsp;&nbsp;M2 transcript lacks the last 20 nt of exon 55, creating a frameshift predicted to introduce 10 erroneous amino acids followed by a stop codon. ( adapted from Carney et al. ZDB-PUB-100427-24 )|Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 20|||2020-10-21
ZDB-ALT-100526-3|fr23||||Point Mutation|ENU |The rfl fr23 allele of frem1a displayed a 2487T>A mutation leading to a premature stop codon at amino acid position 829 (adapted from Carney et al. ZDB-PUB-100427-24 )|Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 7|||2020-10-21
ZDB-ALT-131218-1|fr24||||Point Mutation||In fr24, a T→A transversion at position 1388 resulted in a nonsense mutation at Leu463. 
The highly conserved CUB (Complement C1r/C1s, UEGF, BMP1) and PTX (Pentraxin) protein domains remained intact in the predicted truncated protein, but the GPS motif and 7-transmembrane (7TM) domain were lost.|Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 20|||2020-10-21
ZDB-ALT-120523-10|fr25||||Point Mutation|adult males treated with ENU|T>A missense mutation: Val223Asp|Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 8|||2020-10-21
ZDB-ALT-200618-2|fr26||||Point Mutation|adult males treated with ENU||Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 17|||2020-10-21
ZDB-ALT-130501-1|fr31Tg|||TgBAC(avp:KALTA4)fr31|Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|TgBAC(avp:KALTA4)|ZDB-TGCONSTRCT-130501-1|2020-10-21
ZDB-ALT-160812-1|fr32Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(krt4:mCherry)|ZDB-TGCONSTRCT-160812-1|2020-10-21
ZDB-ALT-140502-1|fr33Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(krt4:Cre-ERT2)|ZDB-TGCONSTRCT-140502-1|2020-10-21
ZDB-ALT-140502-2|fr34Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(krtt1c19e:Tomato)|ZDB-TGCONSTRCT-140502-2|2020-10-21
ZDB-ALT-140502-3|fr35Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(krtt1c19e:Cre-ERT2)|ZDB-TGCONSTRCT-140502-3|2020-10-21
ZDB-ALT-161003-1|fr36Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(krt4:atp1b1a-EGFP)|ZDB-TGCONSTRCT-161003-1|2020-10-21
ZDB-ALT-160812-2|fr37Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(hsp70l:Xla.Dvl2)|ZDB-TGCONSTRCT-160812-2|2020-10-21
ZDB-ALT-191209-2|fr38Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(pomca:EGFP-Hsa.HRAS)|ZDB-TGCONSTRCT-191209-4|2020-10-21
ZDB-ALT-180904-1|fr39Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|TgBAC(pomca:KALTA4)|ZDB-TGCONSTRCT-180904-1|2020-10-21
ZDB-ALT-030929-4|fr4||||Point Mutation|adult males treated with ENU||Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 14|||2020-10-21
ZDB-ALT-191209-3|fr40Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(sst1.1:EGFP-Hsa.HRAS )|ZDB-TGCONSTRCT-191209-5|2020-10-21
ZDB-ALT-180904-2|fr41Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(pomca:CFP-NTR,myl7:EGFP)|ZDB-TGCONSTRCT-180904-2|2020-10-21
ZDB-ALT-180919-2|fr42Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(col2a1a:CFP-NTR)|ZDB-TGCONSTRCT-180919-2|2020-10-21
ZDB-ALT-180919-3|fr43Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(col2a1a:EGFP-dnHsa.RARE)|ZDB-TGCONSTRCT-180919-3|2020-10-21
ZDB-ALT-180919-4|fr44Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(gsc:Cre)|ZDB-TGCONSTRCT-180919-4|2020-10-21
ZDB-ALT-180919-5|fr45Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(Ola.Actb2:LOXP-AmCyan-LOXP-mCherry)|ZDB-TGCONSTRCT-180919-5|2020-10-21
ZDB-ALT-200618-1|fr46Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(tp63:DsRed)|ZDB-TGCONSTRCT-161014-4|2020-10-21
ZDB-ALT-200618-3|fr47Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg(krt4:LIFEACT-mRuby)|ZDB-TGCONSTRCT-200618-1|2020-10-21
ZDB-ALT-191209-1|fr48Tg||||Transgenic Insertion|embryos treated with DNA||Hammerschmidt Lab|ZDB-LAB-970507-39|Unmapped|Tg2(mpeg1.1:Tomato-CAAX)|ZDB-TGCONSTRCT-191209-1|2020-10-21
ZDB-ALT-030929-6|fr5||||Point Mutation|adult males treated with ENU||Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 14|||2020-10-21
ZDB-ALT-011120-4|fr6||||Point Mutation|adult males treated with ENU||Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 14|||2020-10-21
ZDB-ALT-030218-2|fr7||||Point Mutation|ENU |Premature termination at amino acid 501, shortly after the
extracellular cadherin-binding domain 3.|Hammerschmidt Lab|ZDB-LAB-970507-39|Chr: 20|||2020-10-21
ZDB-ALT-180626-1|fri1Tg||||Transgenic Insertion|embryos treated with DNA||Jazwinska Lab|ZDB-LAB-161208-2|Unmapped|Tg(careg:mKOFP2)|ZDB-TGCONSTRCT-180626-1|2020-10-21
ZDB-ALT-180626-2|fri2Tg||||Transgenic Insertion|embryos treated with DNA||Jazwinska Lab|ZDB-LAB-161208-2|Unmapped|Tg(careg:Cre-ERT2)|ZDB-TGCONSTRCT-180626-2|2020-10-21
ZDB-ALT-190805-1|fri3|||del7|Small Deletion|embryos treated with CRISPR1-cntf||Jazwinska Lab|ZDB-LAB-161208-2|Unmapped|||2020-10-21
ZDB-ALT-190805-2|fri4|||del207|Small Deletion|embryos treated with CRISPR1-cntf|The deletion covers a large part of the coding exon (exon 3) and the exon/intron boundary.|Jazwinska Lab|ZDB-LAB-161208-2|Unmapped|||2020-10-21
ZDB-ALT-011017-16|ft09e||||Point Mutation|ENU ||The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 23|||2020-10-21
ZDB-ALT-190312-1|fu13Tg||||Transgenic Insertion|embryos treated with DNA||Lecaudey Lab|ZDB-LAB-091130-1|Unmapped|TgBAC(cxcr4b:Hsa.HIST1H2BJ-RFP)|ZDB-TGCONSTRCT-190312-1|2020-10-21
ZDB-ALT-160412-1|fu45||||Small Deletion|embryos treated with TALEN1-amotl2a|fu45 has a single-nucleotide deletion in the third exon of amotl2a, resulting in a frame-shift and premature STOP codon.  The putative truncated protein product would lack most of the coiled-coil domain and the PDZ-binding domain of the WT protein product. Homozygous mutants were viable, fertile, and generated maternal-zygotic (MZ) mutants that were also morphologically normal, viable, and fertile.|Lecaudey Lab|ZDB-LAB-091130-1|Chr: 6|||2020-10-21
ZDB-ALT-160412-2|fu46||||Small Deletion|embryos treated with TALEN1-amotl2a|fu46 has an eight-nucleotide deletion in the third exon of amotl2a, resulting in a frame-shift and premature STOP codon.  The putative truncated protein product would lack most of the coiled-coil domain and the PDZ-binding domain of the WT protein product.  Homozygous mutants were viable, fertile, and generated maternal-zygotic (MZ) mutants that were also morphologically normal, viable, and fertile.|Lecaudey Lab|ZDB-LAB-091130-1|Chr: 6|||2020-10-21
ZDB-ALT-160413-3|fu47||||Small Deletion|embryos treated with TALEN2-yap1|fu47 has a single-nucleotide deletion in yap1, resulting in a frame-shift and premature stop codon in the second exon. The putative truncated protein product would lack most of its functional domains including the Transcriptional Enhancer Activator Domain (TEAD) binding domain, the 2 WW motifs and the PDZ-binding domains. Homozygous mutants were viable and fertile.|Lecaudey Lab|ZDB-LAB-091130-1|Chr: 18|||2020-10-21
ZDB-ALT-160413-4|fu48||||Small Deletion|embryos treated with TALEN2-yap1|fu48 has a single-nucleotide deletion in yap1, resulting in a frame-shift and premature stop codon in the second exon. The putative truncated protein product would lack most of its functional domains including the Transcriptional Enhancer Activator Domain (TEAD) binding domain, the 2 WW motifs and the PDZ-binding domains. Homozygous mutants were viable and fertile.|Lecaudey Lab|ZDB-LAB-091130-1|Chr: 18|||2020-10-21
ZDB-ALT-190319-5|fu55||||Indel|embryos treated with TALEN3-wwtr1|This mutant line contains two variants, an insertion of "T" and a deletion of 8 nucleotides.; <font face = "courier">mutation sequence details
<i>wwtr1</i> exon 1
------------------------1--------2------3----------------------
wild type   GGAGGCTCTTTTT-AACTCGGTCATGAACCCGAAACCGAGCTCCTGGAGGA
fu55        GGAGGCTCTTTTT<b>T</b>AACTCGG--------CCGAAACCGAGCTCCTGGAGGA

1 = 22:38049497  single-nucleotide insertion  
2 = 22:38049505  start of deletion (T)
3 = 22:38049512  end of deletion (C)|Lecaudey Lab|ZDB-LAB-091130-1|Chr: 22|||2020-10-21
ZDB-ALT-100811-1|furina_unspecified|||unspecified_furina|Unspecified||This record has been created in support of data for which a publication has not specified an allele.|||Chr: 7|||2020-10-21
ZDB-ALT-111010-5|fuz_unrecovered||||Point Mutation|adult males treated with ENU||||Chr: 2|||2020-10-21
ZDB-ALT-081110-1|fv087b||||Unknown|adult males treated with ENU||The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 13|||2020-10-21
ZDB-ALT-010621-2|fv109k||||Unknown|adult males treated with ENU||The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 8|||2020-10-21
ZDB-ALT-041104-2|fw039k|||fw039-k|Point Mutation|adult males treated with ENU|A point mutation (T to G) in intron 7 creates a novel splice acceptor site, resulting in a 3 amino acid in-frame insertion.|The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 5|||2020-10-21
ZDB-ALT-040312-4|fw07g|||fw07-g|Point Mutation|adult males treated with ENU||The Fishman Laboratory|ZDB-LAB-970409-90|Chr: 6|||2020-10-21
ZDB-ALT-050225-2|g1Tg|||g1, Tg(per3:luc), Tg(per3:luc)g1|Transgenic Insertion|DNA ||Cahill Lab|ZDB-LAB-971216-4|Unmapped|Tg(per3:Luciferase)|ZDB-TGCONSTRCT-070117-112|2020-10-21
ZDB-ALT-200825-3|ga2303||||Small Deletion|embryos treated with CRISPR2-gad1b|Contains a 10 bp deletion in exon 4.|Lauderdale Lab|ZDB-LAB-000327-1|Unmapped|||2020-10-21
ZDB-ALT-100311-3|gata4_unrecovered|||unrec_gata4, unrecovered_gata4|Point Mutation|adult males treated with ENU||||Chr: 20|||2020-10-21
ZDB-ALT-091027-16|gbx1_unrecovered|||un_gbx1, unrec_gbx1, unrecovered_gbx1|Point Mutation|adult males treated with ENU||||Chr: 24|||2020-10-21
ZDB-ALT-091027-17|gbx2_unrecovered|||un_gbx2, unrec_gbx2, unrecovered_gbx2|Point Mutation|adult males treated with ENU||||Chr: 6|||2020-10-21
ZDB-ALT-161102-9|gd10Tg||||Transgenic Insertion|embryos treated with DNA||Jian Zhang Laboratory|ZDB-LAB-120411-1|Unmapped|Tg(ubb:LOXP-BFP-LOXP-jak1_S703I-FLAG,cryaa:Cerulean)|ZDB-TGCONSTRCT-161102-7|2020-10-21
ZDB-ALT-161102-10|gd11Tg||||Transgenic Insertion|embryos treated with DNA||Jian Zhang Laboratory|ZDB-LAB-120411-1|Unmapped|Tg(ubb:LOXP-BFP-LOXP-jak1_L910P-FLAG,cryaa:Cerulean)|ZDB-TGCONSTRCT-161102-8|2020-10-21
ZDB-ALT-161102-11|gd12Tg||||Transgenic Insertion|embryos treated with DNA||Jian Zhang Laboratory|ZDB-LAB-120411-1|Unmapped|Tg(ubb:LOXP-BFP-LOXP-jak1_L910P-FLAG,cryaa:Cerulean)|ZDB-TGCONSTRCT-161102-8|2020-10-21
ZDB-ALT-161102-12|gd13Tg||||Transgenic Insertion|embryos treated with DNA||Jian Zhang Laboratory|ZDB-LAB-120411-1|Unmapped|Tg(ubb:LOXP-BFP-LOXP-jak1_L910P-FLAG,cryaa:Cerulean)|ZDB-TGCONSTRCT-161102-8|2020-10-21
ZDB-ALT-161130-1|gd14Tg||||Transgenic Insertion|embryos treated with DNA||Jian Zhang Laboratory|ZDB-LAB-120411-1|Unmapped|Tg(zp3b:zar1,myl7:EGFP)|ZDB-TGCONSTRCT-161130-1|2020-10-21
ZDB-ALT-161201-1|gd15Gt|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA|The Tol2 transposon element is inserted into the first intron of lkb1 gene, which is predicted to produce a fused transcript containing the first exon of lkb1 and the EGFP coding sequence. As the translation start codon of lkb1 resides in the second exon, the fusion transcript should be translated into only EGFP protein.|Jian Zhang Laboratory|ZDB-LAB-120411-1|Chr: 2|Gt2(bcl2a-EGFP)|ZDB-GTCONSTRCT-120412-2|2020-10-21
ZDB-ALT-120412-2|gd1Gt|This feature is representative of one or more unknown insertion sites.||Gt(T2ASA)gd1, short lightning, slg|Transgenic Insertion|embryos treated with DNA||Jian Zhang Laboratory|ZDB-LAB-120411-1|Chr: 24|Gt2(bcl2a-EGFP)|ZDB-GTCONSTRCT-120412-2|2020-10-21
ZDB-ALT-131120-1|gd2Gt|This feature is representative of one or more unknown insertion sites.||Gt(T2ASA)gd2, lapse|Transgenic Insertion|embryos treated with DNA||Jian Zhang Laboratory|ZDB-LAB-120411-1|Chr: 13|Gt2(bcl2a-EGFP)|ZDB-GTCONSTRCT-120412-2|2020-10-21
ZDB-ALT-160805-2|gd3||||Small Deletion|embryos treated with CRISPR1-vclb||Jian Zhang Laboratory|ZDB-LAB-120411-1|Chr: 12|||2020-10-21
ZDB-ALT-160805-3|gd4Gt|This feature is representative of one or more unknown insertion sites.||v12|Transgenic Insertion|embryos treated with DNA|the transposon insertion causes fusion of EGFP with the N-terminal 261 amino acids of Vclb (in the head domain of the protein)|Jian Zhang Laboratory|ZDB-LAB-120411-1|Chr: 12|Gt(vclb:vclb-EGFP)|ZDB-GTCONSTRCT-160805-1|2020-10-21
ZDB-ALT-161121-6|gd5||||Small Deletion|embryos treated with TALEN1-zar1||Jian Zhang Laboratory|ZDB-LAB-120411-1|Chr: 20|||2020-10-21
ZDB-ALT-161121-7|gd6||||MNV|embryos treated with CRISPR1-zar1||Jian Zhang Laboratory|ZDB-LAB-120411-1|Chr: 20|||2020-10-21
ZDB-ALT-161102-6|gd7Tg||||Transgenic Insertion|embryos treated with DNA||Jian Zhang Laboratory|ZDB-LAB-120411-1|Unmapped|Tg(ubb:LOXP-BFP-LOXP-kras_G12V)|ZDB-TGCONSTRCT-161102-6|2020-10-21
ZDB-ALT-161102-7|gd8Tg||||Transgenic Insertion|embryos treated with DNA||Jian Zhang Laboratory|ZDB-LAB-120411-1|Unmapped|Tg(ubb:LOXP-BFP-LOXP-jak1_S703I-FLAG,cryaa:Cerulean)|ZDB-TGCONSTRCT-161102-7|2020-10-21
ZDB-ALT-161102-8|gd9Tg||||Transgenic Insertion|||Jian Zhang Laboratory|ZDB-LAB-120411-1|Unmapped|Tg(ubb:LOXP-BFP-LOXP-jak1_S703I-FLAG,cryaa:Cerulean)|ZDB-TGCONSTRCT-161102-7|2020-10-21
ZDB-ALT-151209-1|ge2Tg||||Transgenic Insertion|embryos treated with DNA||Dosch Lab|ZDB-LAB-040220-1|Unmapped|Tg(buc:buc-EGFP)|ZDB-TGCONSTRCT-151209-1|2020-10-21
ZDB-ALT-150707-5|gi1||||Indel|embryos treated with TALEN1-tbx4|homozygous viable|Hesselson Lab|ZDB-LAB-150630-1|Chr: 15|||2020-10-21
ZDB-ALT-170815-4|gi2||||Small Deletion|embryos treated with TALEN1-pink1||Hesselson Lab|ZDB-LAB-150630-1|Chr: 23|||2020-10-21
ZDB-ALT-180605-4|gi3Tg||||Transgenic Insertion|embryos treated with DNA||Hesselson Lab|ZDB-LAB-150630-1|Unmapped|Tg(ins:Luciferase,cryaa:mCherry)|ZDB-TGCONSTRCT-180605-3|2020-10-21
ZDB-ALT-190313-1|gi5Tg||||Transgenic Insertion|||Transplantation Immunology|ZDB-LAB-190220-1|Unmapped|||2020-10-21
ZDB-ALT-170222-1|gib003Tg||||Transgenic Insertion|embryos treated with DNA||Sivasubbu Lab|ZDB-LAB-120608-2|Unmapped|Tg2(myl7:mRFP)|ZDB-TGCONSTRCT-170222-1|2020-10-21
ZDB-ALT-180724-2|gib1001Tg||||Transgenic Insertion|embryos treated with DNA||Sachidanandan Lab|ZDB-LAB-100625-1|Unmapped|Tg(fabp10a:GAL4-VP16,myl7:Cerulean)|ZDB-TGCONSTRCT-180724-2|2020-10-21
ZDB-ALT-180724-1|gib1002Tg||||Transgenic Insertion|embryos treated with DNA||Sachidanandan Lab|ZDB-LAB-100625-1|Unmapped|Tg(Xla.Eef1a:GAL4-VP16,myl7:Cerulean)|ZDB-TGCONSTRCT-180724-1|2020-10-21
ZDB-ALT-190314-2|gib2001Tg||||Transgenic Insertion|embryos treated with DNA||Pillai Lab|ZDB-LAB-131121-3|Unmapped|Tg(her4.1:mCherry)|ZDB-TGCONSTRCT-190314-1|2020-10-21
ZDB-ALT-091027-10|gja1b_unrecovered|||cx43_unrecovered, un_cx43, unrec_connexin43, unrec_cx43, unrecovered_cx43|Point Mutation|adult males treated with ENU||||Chr: 20|||2020-10-21
ZDB-ALT-050426-2|gja5b_unspecified|||cx41.8_unspecified, un_cx41.8, un_leo, unspecified_cx41.8|Unspecified|||||Chr: 1|||2020-10-21
ZDB-ALT-101008-5|gjd2b_unrecovered|||cx35b_unrecovered, cx35_unrecovered, unrec_cx35, unrecovered_cx35|Point Mutation|adult males treated with ENU||||Chr: 20|||2020-10-21
ZDB-ALT-130925-7|gl1||||Point Mutation|adult males treated with ENU|gl1 has a G to T transversion  in exon 8  which results in E396Stop.|Lieschke Laboratory|ZDB-LAB-970418-14|Chr: 15|||2020-10-21
ZDB-ALT-070117-7|gl10|||syr, syrah|Point Mutation|adult males treated with ENU|T>A transversion resulting in a V1046D amino acid change in Med12.|Lieschke Laboratory|ZDB-LAB-970418-14|Chr: 14|||2020-10-21
ZDB-ALT-070117-14|gl11|||gl12, mne|Point Mutation|ENU ||Lieschke Laboratory|ZDB-LAB-970418-14|Chr: 6|||2020-10-21
ZDB-ALT-170531-3|gl12||||Complex|embryos treated with CRISPR1-zbtb11|3 point mutations:
1) T>G at position 29159643, Chromosome 6 (GRCz11)
2) C>A at position 29159654, Chromosome 6 (GRCz11)
3) C>G at position 29159663, Chromosome 6 (GRCz11)|Lieschke Laboratory|ZDB-LAB-970418-14|Chr: 6|||2020-10-21
ZDB-ALT-070117-27|gl13||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-070117-8|gl14||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-070117-15|gl15||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-070117-28|gl16||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-070117-9|gl17||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-070117-16|gl19||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-060403-2|gl2||||Point Mutation|adult males treated with ENU||Lieschke Laboratory|ZDB-LAB-970418-14|Chr: 2|||2020-10-21
ZDB-ALT-070117-10|gl20||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-060715-2|gl21Tg|||gl21, Tg(-5.3spi1:EGFP), Tg(-5.3spi1:EGFP)gl21|Transgenic Insertion|embryos treated with DNA||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(-5.3spi1b:EGFP)|ZDB-TGCONSTRCT-070117-70|2020-10-21
ZDB-ALT-120117-1|gl22Tg|||Tg(mpeg1:EGFP)gl22|Transgenic Insertion|embryos treated with DNA||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(mpeg1:EGFP)|ZDB-TGCONSTRCT-120117-1|2020-10-21
ZDB-ALT-120117-2|gl23Tg|||Tg(mpeg1:mCherry)gl23|Transgenic Insertion|embryos treated with DNA||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(mpeg1:mCherry)|ZDB-TGCONSTRCT-120117-2|2020-10-21
ZDB-ALT-120117-3|gl24Tg|||Tg(mpeg1:Gal4-VP16)gl24|Transgenic Insertion|embryos treated with DNA||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(mpeg1:GAL4-VP16)|ZDB-TGCONSTRCT-120117-3|2020-10-21
ZDB-ALT-130122-2|gl25Tg|||Tg(mpeg1:Gal4FF)gl25|Transgenic Insertion|DNA ||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(mpeg1.1:GAL4FF)|ZDB-TGCONSTRCT-130122-1|2020-10-21
ZDB-ALT-130128-8|gl26Tg|||Tg(mpeg1:mCherryCAAX)gl26|Transgenic Insertion|embryos treated with DNA||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(mpeg1:mCherry-CAAX)|ZDB-TGCONSTRCT-130128-5|2020-10-21
ZDB-ALT-130128-9|gl27Tg|||Tg(-8mpx:EGFPCAAX)gl27|Transgenic Insertion|embryos treated with DNA||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(-8mpx:EGFP-CAAX)|ZDB-TGCONSTRCT-130128-6|2020-10-21
ZDB-ALT-151201-1|gl28Tg||||Transgenic Insertion|embryos treated with DNA||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(-8mpx:KALTA4)|ZDB-TGCONSTRCT-151201-3|2020-10-21
ZDB-ALT-151201-2|gl29Tg||||Transgenic Insertion|embryos treated with DNA||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(-8mpx:H2B-Cerulean-2A-mKOFP2-CAAX)|ZDB-TGCONSTRCT-151201-4|2020-10-21
ZDB-ALT-160427-3|gl30Tg||||Transgenic Insertion|embryos treated with DNA||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(-8mpx:mCherry-CAAX)|ZDB-TGCONSTRCT-160427-3|2020-10-21
ZDB-ALT-161104-2|gl31||||Small Deletion|embryos treated with CRISPR3-csf3r||Lieschke Laboratory|ZDB-LAB-970418-14|Chr: 16|||2020-10-21
ZDB-ALT-161104-3|gl32||||Indel|embryos treated with CRISPR3-csf3r||Lieschke Laboratory|ZDB-LAB-970418-14|Chr: 16|||2020-10-21
ZDB-ALT-161104-4|gl33||||Small Deletion|embryos treated with CRISPR3-csf3r||Lieschke Laboratory|ZDB-LAB-970418-14|Ambiguous|||2020-10-21
ZDB-ALT-161104-5|gl34||||Small Deletion|embryos treated with CRISPR3-csf3r||Lieschke Laboratory|ZDB-LAB-970418-14|Chr: 16|||2020-10-21
ZDB-ALT-161111-3|gl35||||Insertion|embryos treated with CRISPR3-smarcd2||Lieschke Laboratory|ZDB-LAB-970418-14|Chr: 12|||2020-10-21
ZDB-ALT-190620-1|gl36Tg||||Transgenic Insertion|embryos treated with DNA||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(4xUAS:NLS-Cas9,cryaa:EGFP)|ZDB-TGCONSTRCT-190620-1|2020-10-21
ZDB-ALT-190620-2|gl37Tg||||Transgenic Insertion|embryos treated with DNA||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|Tg(4xUAS:NLS-Cas9,myl7:RFP)|ZDB-TGCONSTRCT-190620-2|2020-10-21
ZDB-ALT-190620-3|gl38Tg||||Transgenic Insertion|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-190620-4|gl39||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-070117-29|gl4||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-190620-5|gl40||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-190620-6|gl41||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-190620-7|gl42Tg||||Transgenic Insertion|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-070117-11|gl5||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-070117-17|gl6||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-070117-30|gl7||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Unmapped|||2020-10-21
ZDB-ALT-070117-12|gl8||||Point Mutation|||Lieschke Laboratory|ZDB-LAB-970418-14|Chr: 10|||2020-10-21
ZDB-ALT-070117-18|gl9||||Unknown|||Lieschke Laboratory|ZDB-LAB-970418-14|Chr: 14|||2020-10-21
ZDB-ALT-081031-1|gli1_unspecified|||un_gli1, unspecified_gli1|Unspecified|||||Chr: 6|||2020-10-21
ZDB-ALT-081031-2|gli2a_unspecified|||un_gli2a, unspecified_gli2a|Unspecified|||||Chr: 9|||2020-10-21
ZDB-ALT-110520-4|gmc1Tg|||GnRH3:EMD, Tg(-6gnrh3:emGFP)gmc1|Transgenic Insertion|embryos treated with DNA||Kozlowski Lab|ZDB-LAB-011113-1|Unmapped|Tg(-6gnrh3:emGFP)|ZDB-TGCONSTRCT-110520-3|2020-10-21
ZDB-ALT-120217-3|gmc500Tg|||Tg(rho:YFP-Eco.NfsB)gmc500|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Tg(rho:YFP-NTR)|ZDB-TGCONSTRCT-120217-1|2020-10-21
ZDB-ALT-130611-1|gmc601Et|||Et(2xNRSE-Mmu.Fos:KalTA4)gmc601, Et(NSRE-fos:KalTA4)gmc601|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130611-3|gmc603Et|||Et(2xNRSE-Mmu.Fos:KalTA4)gmc603, Et(NSRE-fos:KalTA4)gmc603|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130611-4|gmc604Et|||Et(2xNRSE-Mmu.Fos:KalTA4)gmc604, Et(NSRE-fos:KalTA4)gmc604|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130611-5|gmc605Et|||Et(2xNRSE-Mmu.Fos:KalTA4)gmc605, Et(NSRE-fos:KalTA4)gmc605|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-121108-1|gmc606Et|||Et(NRSE-cfos:KalTA4), Et(NSRE-fos:KalTA4)gmc606, Et(RE1-fos:KalTA4)gmc606, NRCKgmc606|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-121108-2|gmc607Et|||Et(NRSE-cfos:KalTA4), Et(NSRE-fos:KalTA4)gmc607, Et(RE1-fos:KalTA4)gmc607, NRCKgmc607|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130611-6|gmc608Et|||Et(2xNRSE-Mmu.Fos:KalTA4)gmc608, Et(NSRE-fos:KalTA4)gmc608|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130611-2|gmc617Et|||Et(2xNRSE-Mmu.Fos:KalTA4)gmc617, Et(NSRE-fos:KalTA4)gmc617|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130613-12|gmc618Et|||Et(2xNRSE-Mmu.fos:KalTA4)gmc618|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130613-13|gmc621Et|||Et(2xNRSE-Mmu.fos:KalTA4)gmc621|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130613-14|gmc623Et|||Et(2xNRSE-Mmu.fos:KalTA4)gmc623|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130613-15|gmc624Et|||Et(2xNRSE-Mmu.fos:KalTA4)gmc624|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130613-16|gmc631Et|||Et(2xNRSE-Mmu.fos:KalTA4)gmc631|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-121108-3|gmc632Et|||Et(NRSE-cfos:KalTA4), Et(NSRE-fos:KalTA4)gmc632, Et(RE1-fos:KalTA4)gmc632, NRCKgmc632|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-121108-4|gmc641Et|||Et(NRSE-cfos:KalTA4), Et(NSRE-fos:KalTA4)gmc641, Et(RE1-fos:KalTA4)gmc641, NRCKgmc641|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130613-2|gmc642Et|||Et(2xNRSE-Mmu.fos:KalTA4)gmc642|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.fos:KALTA4)|ZDB-ETCONSTRCT-121107-1|2020-10-21
ZDB-ALT-130613-17|gmc675Et|||Et(Mmu.Fos:KalTA4)gmc675|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(Mmu.Fos:KALTA4)|ZDB-ETCONSTRCT-130611-1|2020-10-21
ZDB-ALT-130613-18|gmc678Et|||Et(Mmu.Fos:KalTA4)gmc678|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(Mmu.Fos:KALTA4)|ZDB-ETCONSTRCT-130611-1|2020-10-21
ZDB-ALT-130613-19|gmc679Et|||Et(Mmu.Fos:KalTA4)gmc679|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(Mmu.Fos:KALTA4)|ZDB-ETCONSTRCT-130611-1|2020-10-21
ZDB-ALT-130613-24|gmc680Et|||Et(Mmu.Fos:KalTA4)gmc680|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(Mmu.Fos:KALTA4)|ZDB-ETCONSTRCT-130611-1|2020-10-21
ZDB-ALT-130613-20|gmc691Et|||Et(Mmu.Fos:KalTA4)gmc691|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(Mmu.Fos:KALTA4)|ZDB-ETCONSTRCT-130611-1|2020-10-21
ZDB-ALT-130613-21|gmc693Et|||Et(Mmu.Fos:KalTA4)gmc693|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(Mmu.Fos:KALTA4)|ZDB-ETCONSTRCT-130611-1|2020-10-21
ZDB-ALT-130613-1|gmc694Et|||Et(Mmu.Fos:KalTA4)gmc694|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(Mmu.Fos:KALTA4)|ZDB-ETCONSTRCT-130611-1|2020-10-21
ZDB-ALT-130613-22|gmc697Et|||Et(Mmu.Fos:KalTA4)gmc697|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(Mmu.Fos:KALTA4)|ZDB-ETCONSTRCT-130611-1|2020-10-21
ZDB-ALT-120220-1|gmc700Et|||Et(fos:KalTA4,5xUAS:Eco.NfsB,14xUAS:gap43-YFP)gmc700|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(fos:KALTA4,5xUAS:NTR,14xUAS:GAP-YFP)|ZDB-ETCONSTRCT-120217-2|2020-10-21
ZDB-ALT-120217-2|gmc701Et|||Et(fos:KalTA4,5xUAS:Eco.NfsB,14xUAS:gap43-YFP)gmc701|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(fos:KALTA4,5xUAS:NTR,14xUAS:GAP-YFP)|ZDB-ETCONSTRCT-120217-2|2020-10-21
ZDB-ALT-130613-3|gmc739Et|||Et(2xNRSE-Mmu.Fos:KalTA4,LOXP-5xUAS-ADV.E1b:GAP-YFP-LOXP)gmc739|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Et(2xNRSE-Mmu.Fos:KALTA4,LOXP-5xUAS-E1B:GAP-YFP-LOXP)|ZDB-ETCONSTRCT-130611-3|2020-10-21
ZDB-ALT-130613-6|gmc830Tg|||Tg(LOXP-5xUAS-ADV.E1b:GAP-YFP-LOXP,he1a:GAP-YFP)gmc830|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Tg(LOXP-5xUAS-E1B:GAP-YFP-LOXP,he1.1:GAP-YFP)|ZDB-TGCONSTRCT-130611-3|2020-10-21
ZDB-ALT-130613-26|gmc835Tg|||Tg(LOXP-5xUAS-ADV.E1b:GAP-YFP-LOXP,he1a:GAP-YFP)gmc835|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Tg(LOXP-5xUAS-E1B:GAP-YFP-LOXP,he1.1:GAP-YFP)|ZDB-TGCONSTRCT-130611-3|2020-10-21
ZDB-ALT-130613-4|gmc930Tg|||Tg(LOXP-5xUAS-ADV.E1b:GAP-YFP-LOXP,he1a:GAP-YFP)gmc930|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Tg(LOXP-5xUAS-E1B:GAP-YFP-LOXP,he1.1:GAP-YFP)|ZDB-TGCONSTRCT-130611-3|2020-10-21
ZDB-ALT-130613-25|gmc932Tg|||Tg(2xNRSE-LOXP-5xUAS-ADV.E1b:GAP-YFP-LOXP,he1a:GAP-YFP)gmc932|Transgenic Insertion|embryos treated with DNA||Mumm Lab|ZDB-LAB-090729-1|Unmapped|Tg(2xNRSE-LOXP-5xUAS-E1B:GAP-YFP-LOXP,he1.1:GAP-YFP)|ZDB-TGCONSTRCT-130611-4|2020-10-21
ZDB-ALT-160617-1|gmu1Tg||||Transgenic Insertion|embryos treated with DNA||Zhi-Xu He Lab|ZDB-LAB-160616-1|Unmapped|Tg2(lmo2:LOXP-DsRed-LOXP-EGFP)|ZDB-TGCONSTRCT-160617-1|2020-10-21
ZDB-ALT-160617-2|gmu2Tg||||Transgenic Insertion|embryos treated with DNA||Zhi-Xu He Lab|ZDB-LAB-160616-1|Unmapped|Tg(lmo2:LOXP-DsRed-LOXP-hoxb4a-EGFP)|ZDB-TGCONSTRCT-160617-2|2020-10-21
ZDB-ALT-050209-42|gpc4_unspecified|||un_gpc4, un_kny, unspecified_gpc4|Unspecified|||||Chr: 14|||2020-10-21
ZDB-ALT-150804-1|gt1Tg||||Transgenic Insertion|embryos treated with DNA||Chong Shin lab|ZDB-LAB-110223-1|Unmapped|Tg2(fabp10a:CFP-NTR)|ZDB-TGCONSTRCT-150804-1|2020-10-21
ZDB-ALT-150804-2|gt2Tg||||Transgenic Insertion|embryos treated with DNA||Chong Shin lab|ZDB-LAB-110223-1|Unmapped|Tg(fabp10a:mCherry-NTR)|ZDB-TGCONSTRCT-150804-2|2020-10-21
ZDB-ALT-160413-7|gt3Tg||||Transgenic Insertion|embryos treated with DNA||Chong Shin lab|ZDB-LAB-110223-1|Unmapped|Tg(HSE:fhl1b,GFP)|ZDB-TGCONSTRCT-160413-3|2020-10-21
ZDB-ALT-190204-4|gt4Tg||||Transgenic Insertion|embryos treated with DNA||Chong Shin lab|ZDB-LAB-110223-1|Unmapped|Tg(HSE:pde3a,HSE:GFP)|ZDB-TGCONSTRCT-190204-1|2020-10-21
ZDB-ALT-130214-10|gu10Tg|||Tg(oxt.2:EGFP)gu10|Transgenic Insertion|embryos treated with DNA||Glasgow Lab|ZDB-LAB-010524-1|Unmapped|Tg2(oxt:EGFP)|ZDB-TGCONSTRCT-130214-2|2020-10-21
ZDB-ALT-130214-11|gu15Tg|||Tg(oxt.3:EGFP)gu15|Transgenic Insertion|embryos treated with DNA||Glasgow Lab|ZDB-LAB-010524-1|Unmapped|Tg3(oxt:EGFP)|ZDB-TGCONSTRCT-130214-3|2020-10-21
ZDB-ALT-130214-8|gu1Tg|||Tg(oxt.2:EGFP)gu1|Transgenic Insertion|embryos treated with DNA||Glasgow Lab|ZDB-LAB-010524-1|Unmapped|Tg2(oxt:EGFP)|ZDB-TGCONSTRCT-130214-2|2020-10-21
ZDB-ALT-130214-9|gu9Tg|||Tg(oxt.2:EGFP)gu9|Transgenic Insertion|embryos treated with DNA||Glasgow Lab|ZDB-LAB-010524-1|Unmapped|Tg2(oxt:EGFP)|ZDB-TGCONSTRCT-130214-2|2020-10-21
ZDB-ALT-070809-2|gw1||||Point Mutation|||Gitlin Lab|ZDB-LAB-040813-3|Chr: 22|||2020-10-21
ZDB-ALT-080825-1|gw325|||catastrophe|Point Mutation|adult males treated with ENU|This is a C to T point mutation resulting in a premature stop codon, Q136X. Homozygous lethal at 3 dpf.|Goldsmith Lab|ZDB-LAB-040810-2|Chr: 7|||2020-10-21
ZDB-ALT-150325-5|gw326|||skolios|Point Mutation|sperm treated with ENU|Buchan et al (2014): nonsense mutation, caused by a G&amp;gt;T transversion at chr17:48958292 (Zv9) in the second exon of kif6 (encoding kinesin family member 6). The kif6gw326 mutant allele, corresponding to a C&amp;gt;A base change at position 205 in the kif6 mRNA (NM_001077431, kif6 is encoded on the minus strand), is predicted to truncate kif6 in the kinesin motor domain (Tyr53X)|Goldsmith Lab|ZDB-LAB-040810-2|Chr: 17|||2020-10-21
ZDB-ALT-150325-6|gw327||||Small Deletion|embryos treated with TALEN1-kif6|Buchan et al (2014): 8bp deletion in exon2 of kif6|Goldsmith Lab|ZDB-LAB-040810-2|Chr: 17|||2020-10-21
ZDB-ALT-150325-7|gw328||||Small Deletion|embryos treated with TALEN1-kif6|Buchan et al (2014): 8bp deletion in exon2 of kif6|Goldsmith Lab|ZDB-LAB-040810-2|Chr: 17|||2020-10-21
ZDB-ALT-150325-8|gw329||||Small Deletion|embryos treated with TALEN1-kif6|Buchan et al (2014): 4bp deletion in exon2 of kif6|Goldsmith Lab|ZDB-LAB-040810-2|Chr: 17|||2020-10-21
ZDB-ALT-090212-1|gw71||||Point Mutation|adult males treated with ENU|Change from T to G results in the amino acid substitution I1061S. Homozygous viable.|Gitlin Lab|ZDB-LAB-040813-3|Chr: 14|||2020-10-21
ZDB-ALT-160209-2|gy1Tg||||Transgenic Insertion|embryos treated with DNA||Bally-Cuif Lab|ZDB-LAB-990226-15|Unmapped|Tg(-3.2-fev:GAL4-GFP)|ZDB-TGCONSTRCT-160209-2|2020-10-21
ZDB-ALT-160126-1|gy2Tg||||Transgenic Insertion|embryos treated with DNA||Bally-Cuif Lab|ZDB-LAB-990226-15|Unmapped|Tg(mcm5:EGFP)|ZDB-TGCONSTRCT-160126-1|2020-10-21
ZDB-ALT-170120-1|gy3Tg||||Transgenic Insertion|embryos treated with DNA||Bally-Cuif Lab|ZDB-LAB-990226-15|Unmapped|TgBAC(her5:NLS-mCherry,myl7:EGFP)|ZDB-TGCONSTRCT-170120-1|2020-10-21
ZDB-ALT-170120-2|gy4Tg||||Transgenic Insertion|embryos treated with DNA||Bally-Cuif Lab|ZDB-LAB-990226-15|Unmapped|TgBAC(her5:ERT2-Cre-ERT2)|ZDB-TGCONSTRCT-170120-2|2020-10-21
ZDB-ALT-190712-3|gyf1||||Small Deletion|embryos treated with CRISPR1-pi4kb|1bp of "G" deletion from position 988bp exon2 of wild-type pi4kb coding sequence|Development and functional regulation of BBB|ZDB-LAB-170208-8|Unmapped|||2020-10-21
ZDB-ALT-190712-4|gyf2||||Small Deletion|embryos treated with CRISPR1-pi4kb|5bp of "GAGAA" deletion from position 988bp exon2 of wild-type pi4kb coding sequence|Development and functional regulation of BBB|ZDB-LAB-170208-8|Unmapped|||2020-10-21
ZDB-ALT-080207-4|gz10Tg|||GloFish yellow, Tg(mylz2:YFP)gz10|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(mylpfa:YFP)|ZDB-TGCONSTRCT-080207-3|2020-10-21
ZDB-ALT-080619-1|gz11Tg|||Tg(hspb1:EGFP)gz11|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(hspb1:EGFP)|ZDB-TGCONSTRCT-080619-1|2020-10-21
ZDB-ALT-090312-1|gz13Tg|||Tg(krt4:GFP;mylz2:RFP)gz13|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg2(krt4:GFP), Tg2(mylpfa:RFP)|ZDB-TGCONSTRCT-090312-1, ZDB-TGCONSTRCT-140429-7|2020-10-21
ZDB-ALT-090316-1|gz14Tg|||Tg(zp3:Cre;krt4:loxp-EGFP-loxp-RFP)gz14|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(krt4:LOXP-EGFP-LOXP-RFP), Tg(zp3:Cre)|ZDB-TGCONSTRCT-140429-2, ZDB-TGCONSTRCT-090312-2|2020-10-21
ZDB-ALT-090424-3|gz15Tg|||LiPan, Tg(fabp10:RFP,ela3l:EGFP)gz12, Tg(fabp1a:dsRed;ela3l:EGFP)gz15, Tg(fabp1a:dsRed;ela3l:GFP)gz15, Tg(lfabp1a:dsRed;ela3l:GFP)gz15, Tg(lfabp:RFP,elaA:EGFP)gz12|Transgenic Insertion|embryos treated with DNA|Homozygous LiPan zebrafish were viable and had no visible phenotype. The LiPan line has been maintained in our laboratories for over eight generations and co-expression of RFP in the liver and GFP in the exocrine pancreas is always observed. Thus the two injected DNA constructs are likely co-integrated into the same chromosomal locus|Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(ela3l:EGFP), Tg(fabp10a:DsRed)|ZDB-TGCONSTRCT-070117-92, ZDB-TGCONSTRCT-140326-1|2020-10-21
ZDB-ALT-140326-1|gz15aTg||||Transgenic Insertion|embryos treated with DNA|This line was generated by removing the green pancrease reporter (EGFP) from the Tg(fabp10a:DsRed,ela3l:EGFP)gz15 line.|Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:DsRed)|ZDB-TGCONSTRCT-140326-1|2020-10-21
ZDB-ALT-110203-3|gz16Tg|||Tg(fabp10a:Gal4)gz16|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:GAL4)|ZDB-TGCONSTRCT-110203-3|2020-10-21
ZDB-ALT-110203-4|gz17Tg|||Tg(UAS:WDSV.rv-cyclin)gz17|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(UAS:WDSV.rv-cyclin)|ZDB-TGCONSTRCT-110203-4|2020-10-21
ZDB-ALT-110207-1|gz18Tg|||Tg(sst2:GFP)gz18|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(sst2:GFP)|ZDB-TGCONSTRCT-110204-5|2020-10-21
ZDB-ALT-110207-2|gz19Tg|||Tg(sst2:RFP)gz19|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(sst2:RFP)|ZDB-TGCONSTRCT-110207-1|2020-10-21
ZDB-ALT-060830-6|gz1Tg|||gz1, Tg(-3.8zp3.2:EGFP), Tg(-3.8zp3.2:EGFP)gz1|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(-3.8zp3.2:EGFP)|ZDB-TGCONSTRCT-070117-10|2020-10-21
ZDB-ALT-110217-1|gz20Tg|||Tg(5xUAS.2:EGFP)gz20|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg2(5xUAS:EGFP)|ZDB-TGCONSTRCT-110217-1|2020-10-21
ZDB-ALT-120104-1|gz21Tg|||Tg(fabp10a:EGFP-kras_G12V)gz21|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:EGFP-kras_G12V)|ZDB-TGCONSTRCT-120104-1|2020-10-21
ZDB-ALT-120710-1|gz22Tg|||Tg(fabp10a:EGFP-map1lc3b)gz22|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:EGFP-map1lc3b)|ZDB-TGCONSTRCT-120710-1|2020-10-21
ZDB-ALT-120823-1|gz23Tg|||Tg(fabp10a:LEXPR,LEXOP:EGFP)gz23|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:LEXPR,LEXOP:EGFP)|ZDB-TGCONSTRCT-120823-1|2020-10-21
ZDB-ALT-120823-2|gz24Tg|||Tg(crybb1:mCherry,LEXOP:EGFP-kras_G12V)gz24|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(crybb1:mCherry,LEXOP:EGFP-kras_G12V)|ZDB-TGCONSTRCT-120823-2|2020-10-21
ZDB-ALT-120926-4|gz25Tg|||Tg(fabp10a:rtTA;TETRE:Xhe.Xmrk2;krt4:GFP)gz25, Tg(fabp10a:rtTA;TETRE:Xxi.Xmrk2;krt4:GFP)gz25, Tg(fabp10a:TA;TETRE:Xhe.Xmrk2;krt4:GFP)gz25|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(TETRE:Xxi.Xmrk2), Tg(fabp10a:RTTA), Tg(krt4:GFP)|ZDB-TGCONSTRCT-140429-6, ZDB-TGCONSTRCT-120926-4, ZDB-TGCONSTRCT-080207-1|2020-10-21
ZDB-ALT-121218-1|gz26Tg|||Tg(fabp10a:RTTA;TETRE:Mmu.Myc;krt4:GFP)gz26|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(TETRE:Mmu.Myc), Tg(fabp10a:RTTA), Tg(krt4:GFP)|ZDB-TGCONSTRCT-121218-1, ZDB-TGCONSTRCT-120926-4, ZDB-TGCONSTRCT-080207-1|2020-10-21
ZDB-ALT-150417-1|gz27Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(crybb1:mCherry,LEXOP:EGFP-myca)|ZDB-TGCONSTRCT-150417-1|2020-10-21
ZDB-ALT-150417-2|gz28Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(crybb1:mCherry,LEXOP:EGFP-mycb)|ZDB-TGCONSTRCT-150417-2|2020-10-21
ZDB-ALT-151022-4|gz29Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:RTTA,TETRE:mCherry-rhoab)|ZDB-TGCONSTRCT-151022-1|2020-10-21
ZDB-ALT-060710-10|gz2Tg|||Tg(ela2al:GFP)unspecified, Tg(ela3l:GFP), Tg(ela3l:GFP)gz2, Tg(ela3l:GFP)unspecified, Tg(elastase:GFP)|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(ela3l:EGFP)|ZDB-TGCONSTRCT-070117-92|2020-10-21
ZDB-ALT-151022-3|gz30Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:RTTA,TETRE:mCherry-carhoab_G14V)|ZDB-TGCONSTRCT-151022-2|2020-10-21
ZDB-ALT-151022-2|gz31Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:RTTA,TETRE:mCherry-dnrhoab_T19N)|ZDB-TGCONSTRCT-151022-3|2020-10-21
ZDB-ALT-151022-1|gz32Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(TETRE:EGFP-kras_G12V), Tg(fabp10a:RTTA)|ZDB-TGCONSTRCT-151022-4, ZDB-TGCONSTRCT-120926-4|2020-10-21
ZDB-ALT-160204-1|gz33Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(Ola.Cyp1a:GFP)|ZDB-TGCONSTRCT-160204-1|2020-10-21
ZDB-ALT-160413-1|gz34Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(crybb1:mCherry,LEXOP:NLS-Cre)|ZDB-TGCONSTRCT-160413-1|2020-10-21
ZDB-ALT-160413-2|gz35Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:LOXP-mCherry-LOXP-EGFP-kras_G12V)|ZDB-TGCONSTRCT-160413-2|2020-10-21
ZDB-ALT-180404-4|gz36Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:LEXPR-2A-mCherry-LEXOP-tgfb1a)|ZDB-TGCONSTRCT-180404-2|2020-10-21
ZDB-ALT-190404-1|gz37Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp2:LEXPR,LEXOP:EGFP-krasG12V)|ZDB-TGCONSTRCT-190404-1|2020-10-21
ZDB-ALT-191206-1|gz38Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:LOXP-EGFP-LOXP-DsRed,TETRE:Cre-ERT2)|ZDB-TGCONSTRCT-191206-1|2020-10-21
ZDB-ALT-191212-5|gz39Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(myl7:EGFP,U6:CRISPR3-ar,fabp10a:zCas9)|ZDB-TGCONSTRCT-201001-1|2020-10-21
ZDB-ALT-051227-8|gz3Tg|||gz3, Tg(mylz2:loxP-EGFP-loxP), Tg(mylz2:loxP-EGFP-loxP)gz3, Tg(mylz2:loxP-EGFP-loxP)unspecified|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(mylpfa:LOXP-EGFP-LOXP)|ZDB-TGCONSTRCT-070117-166|2020-10-21
ZDB-ALT-200811-1|gz40Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:mCherry-2A-twist1a-ERT2)|ZDB-TGCONSTRCT-200811-1|2020-10-21
ZDB-ALT-200811-2|gz41Tg||||Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:mCherry-2A-ERT2)|ZDB-TGCONSTRCT-200811-2|2020-10-21
ZDB-ALT-080109-1|gz4Tg|||Tg(fabp10:dsRed)gz4, Tg(fabp1a:dsRed)gz4|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(fabp10a:DsRed)|ZDB-TGCONSTRCT-140326-1|2020-10-21
ZDB-ALT-071016-1|gz5Tg|||line A, sq3, Tg(mylz2:GFP)gz5, Tg(mylz2:GFP)sq3|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(mylpfa:GFP)|ZDB-TGCONSTRCT-071016-1|2020-10-21
ZDB-ALT-071016-2|gz6Tg|||line B, sq4, Tg(mylz2:GFP)gz6, Tg(mylz2:GFP)sq4|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(mylpfa:GFP)|ZDB-TGCONSTRCT-071016-1|2020-10-21
ZDB-ALT-080207-1|gz7Tg|||Tg(krt8:GFP)gz7|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(krt4:GFP)|ZDB-TGCONSTRCT-080207-1|2020-10-21
ZDB-ALT-080207-2|gz8Tg|||GloFish Green, Tg(mylz2:GFP)gz8|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(mylpfa:GFP)|ZDB-TGCONSTRCT-071016-1|2020-10-21
ZDB-ALT-080207-3|gz9Tg|||GloFish red, Tg(mylz2:rfp)gz9|Transgenic Insertion|embryos treated with DNA||Zhiyuan Gong Lab|ZDB-LAB-970507-9|Unmapped|Tg(mylpfa:RFP)|ZDB-TGCONSTRCT-080207-2|2020-10-21
ZDB-ALT-080714-1|ha01Tg|||Tg(-5.0sox17:EGFP)ha01, Tg(-5.0sox17:EGFP)zf99, Tg(sox17:EGFP)zf99, zf99|Transgenic Insertion|DNA ||Kikuchi Lab|ZDB-LAB-020408-3|Unmapped|Tg(-5.0sox17:EGFP)|ZDB-TGCONSTRCT-080714-1|2020-10-21
ZDB-ALT-180917-2|ha11||||Small Deletion|embryos treated with TALEN1-hey1||Kikuchi Lab|ZDB-LAB-020408-3|Chr: 19|||2020-10-21
ZDB-ALT-121012-1|ha2||||Point Mutation|adult males treated with ENU||Kikuchi Lab|ZDB-LAB-020408-3|Chr: 8|||2020-10-21
ZDB-ALT-120404-4|ha4|||mor|Point Mutation|ENU |T-to-G transversion, which introduced a serine in place of an isoleucine at amino acid position 942 in the C-terminal region of the ddx46 protein.|Kikuchi Lab|ZDB-LAB-020408-3|Chr: 21|||2020-10-21
ZDB-ALT-180917-1|ha7|||7bp deletion, mutant #1|Small Deletion|embryos treated with TALEN1-hey1||Kikuchi Lab|ZDB-LAB-020408-3|Chr: 19|||2020-10-21
ZDB-ALT-081014-1|hand2_unspecified|||un_hand2, unspecified_hand2|Unspecified|||||Chr: 1|||2020-10-21
ZDB-ALT-131107-1|hd10Tg|||Tg(pomc:Bal.bPAC-2A-Tomato)hd10|Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(pomc:bPAC-2A-Tomato)|ZDB-TGCONSTRCT-131107-1|2020-10-21
ZDB-ALT-150721-11|hd12Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(FRT-Xla.Actc1:DsRed-GAB-FRT-LOXP,otpa-LOXP-E1B:mmGFP-5HS4,myl7:RFP)|ZDB-TGCONSTRCT-150721-7|2020-10-21
ZDB-ALT-150721-12|hd13Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(otpa-E1B:RFP-CAAX)|ZDB-TGCONSTRCT-150721-8|2020-10-21
ZDB-ALT-150721-13|hd14Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(otpa-E1B:NTR-GFP)|ZDB-TGCONSTRCT-150721-9|2020-10-21
ZDB-ALT-150323-3|hd15Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(otpa-hsp70l:GCaMP6s)|ZDB-TGCONSTRCT-150323-3|2020-10-21
ZDB-ALT-150323-4|hd16Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(10xUAS:GCaMP6m)|ZDB-TGCONSTRCT-150323-4|2020-10-21
ZDB-ALT-151214-1|hd17Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(-2star:GFP,myl7:RFP)|ZDB-TGCONSTRCT-151214-1|2020-10-21
ZDB-ALT-151214-2|hd18Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(-2star:NTR-GFP,myl7:RFP)|ZDB-TGCONSTRCT-151214-2|2020-10-21
ZDB-ALT-151214-3|hd19Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(-2star:bPAC-2A-Tomato)|ZDB-TGCONSTRCT-151214-3|2020-10-21
ZDB-ALT-140908-1|hd1Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Et(otpa:GFP)|ZDB-ETCONSTRCT-140908-1|2020-10-21
ZDB-ALT-161121-1|hd20Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(pomca:EGFP-Aequorin)|ZDB-TGCONSTRCT-161121-2|2020-10-21
ZDB-ALT-160510-7|hd21Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|TgBAC(crhb:TagRFP)|ZDB-TGCONSTRCT-160510-1|2020-10-21
ZDB-ALT-160510-8|hd22Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(otpa-hsp70l:GCaMP3.0)|ZDB-TGCONSTRCT-160510-2|2020-10-21
ZDB-ALT-180119-6|hd23Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(otpa-E1B:LOX2272-LOXP-MA-RFP-LOX2272-MA-YFP-LOXP-MA-CFP)|ZDB-TGCONSTRCT-180119-6|2020-10-21
ZDB-ALT-180119-7|hd24Tg||||Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(oxt:LOX2272-LOXP-MA-RFP-LOX2272-MA-YFP-LOXP-MA-CFP)|ZDB-TGCONSTRCT-180119-7|2020-10-21
ZDB-ALT-130208-3|hd2Tg|||Tg(10xUAS:GCaMP3)hd2|Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(10xUAS:GCaMP3)|ZDB-TGCONSTRCT-130208-3|2020-10-21
ZDB-ALT-130208-5|hd3Tg|||Tg(Oh:G-3), Tg(otpa-hsp70l:Gal4-VP16,myl7:EGFP)hd3|Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(otpa-hsp70l:GAL4-VP16,myl7:EGFP)|ZDB-TGCONSTRCT-130208-5|2020-10-21
ZDB-ALT-130208-6|hd4Tg|||Tg(Oh:G-4), Tg(otpa-hsp70l:Gal4-VP16,myl7:EGFP)hd4|Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(otpa-hsp70l:GAL4-VP16,myl7:EGFP)|ZDB-TGCONSTRCT-130208-5|2020-10-21
ZDB-ALT-130208-4|hd5Tg|||Tg(elavl3.1:Gal4-VP16)hd5|Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg1(elavl3:GAL4-VP16)|ZDB-TGCONSTRCT-130208-4|2020-10-21
ZDB-ALT-130430-2|hd6Tg|||Tg(hsp70l:fezf2,EGFP)hd6|Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(hsp70l:fezf2,EGFP)|ZDB-TGCONSTRCT-130430-2|2020-10-21
ZDB-ALT-130430-3|hd7Tg|||Tg(hsp70l:otpa,EGFP)hd7|Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(hsp70l:otpa,EGFP)|ZDB-TGCONSTRCT-130430-3|2020-10-21
ZDB-ALT-130430-4|hd8Tg|||Tg(hsp70l:sim1a,LMA-Tomato)hd8|Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(hsp70l:sim1a,LY-Tomato)|ZDB-TGCONSTRCT-130430-4|2020-10-21
ZDB-ALT-130430-5|hd9Tg|||Tg(hsp70l:foxb1a,EGFP)hd9|Transgenic Insertion|embryos treated with DNA||Ryu Lab|ZDB-LAB-081210-1|Unmapped|Tg(hsp70l:foxb1a,EGFP)|ZDB-TGCONSTRCT-130430-5|2020-10-21
ZDB-ALT-180207-11|hdb10Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR2-pycard||Maria Leptin Lab|ZDB-LAB-161209-2|Chr: 16|Tg(linker-EGFP)|ZDB-TGCONSTRCT-180207-3|2020-10-21
ZDB-ALT-180207-13|hdb11||||Small Deletion|embryos treated with CRISPR1-caspa||Maria Leptin Lab|ZDB-LAB-161209-2|Chr: 16|||2020-10-21
ZDB-ALT-180207-12|hdb12||||Insertion|embryos treated with CRISPR1-caspa|insertion of 9 bp adds one lysine (K) and two stop codons in the caspa reading frame|Maria Leptin Lab|ZDB-LAB-161209-2|Chr: 16|||2020-10-21
ZDB-ALT-120815-1|hdb1Tg|||Tg(actb2:GCaMP3)hdb1|Transgenic Insertion|embryos treated with DNA||Peri Lab|ZDB-LAB-120810-1|Unmapped|Tg(actb2:GCaMP3)|ZDB-TGCONSTRCT-120815-1|2020-10-21
ZDB-ALT-120927-1|hdb2Tg|||Tg(spi1b:Gal4,UAS:TagRFP)hdb2|Transgenic Insertion|embryos treated with DNA||Peri Lab|ZDB-LAB-120810-1|Unmapped|Tg(spi1b:GAL4,UAS:TagRFP)|ZDB-TGCONSTRCT-120927-1|2020-10-21
ZDB-ALT-121109-2|hdb3Tg|||TgBAC(p2ry12:p2ry12-GFP)hdb3|Transgenic Insertion|embryos treated with DNA||Peri Lab|ZDB-LAB-120810-1|Unmapped|TgBAC(p2ry12:p2ry12-GFP)|ZDB-TGCONSTRCT-121109-1|2020-10-21
ZDB-ALT-151006-2|hdb4Tg||||Transgenic Insertion|DNA ||Peri Lab|ZDB-LAB-120810-1|Unmapped|Tg(slc7a7:Kaede)|ZDB-TGCONSTRCT-151006-1|2020-10-21
ZDB-ALT-161209-5|hdb5Tg||||Transgenic Insertion|embryos treated with DNA||Maria Leptin Lab|ZDB-LAB-161209-2|Unmapped|Tg(8xHsa.NFKB:GFP,Luciferase)|ZDB-TGCONSTRCT-161209-5|2020-10-21
ZDB-ALT-170110-1|hdb6Tg||||Transgenic Insertion|embryos treated with DNA||Peri Lab|ZDB-LAB-120810-1|Unmapped|Tg(Xla.Tubb:LEXPR-SEC-Hsa.ANXA5-TagBFP)|ZDB-TGCONSTRCT-170110-1|2020-10-21
ZDB-ALT-170110-2|hdb7Tg||||Transgenic Insertion|embryos treated with DNA||Peri Lab|ZDB-LAB-120810-1|Unmapped|Tg(Xla.Tubb:LEXPR-NTR-mCherry)|ZDB-TGCONSTRCT-170110-2|2020-10-21
ZDB-ALT-170110-3|hdb8Tg||||Transgenic Insertion|embryos treated with DNA||Peri Lab|ZDB-LAB-120810-1|Unmapped|Tg(spi1b:GAL4,UAS:LIFEACT-EGFP)|ZDB-TGCONSTRCT-170110-3|2020-10-21
ZDB-ALT-180207-10|hdb9Tg||||Transgenic Insertion|embryos treated with DNA||Maria Leptin Lab|ZDB-LAB-161209-2|Unmapped|Tg(HSE:pycard-mKate2,myl7:TagRFP)|ZDB-TGCONSTRCT-180207-2|2020-10-21
ZDB-ALT-201007-1|he1||||Small Deletion|embryos treated with CRISPR1-dnase1l1l||Xiukun Cui Lab|ZDB-LAB-200914-1|Chr: 8|||2020-10-21
ZDB-ALT-091019-1|hg1|||w84x|Point Mutation|adult males treated with ENU|truncation of the mutant protein is in the Runt domain|P. Paul Liu Lab|ZDB-LAB-001018-1|Chr: 1|||2020-10-21
ZDB-ALT-130531-1|hg10||||Small Deletion|embryos treated with zinc finger nuclease|4bp deletion in exon 3, cDNA: 215delACCT, p:N72IfsX25|P. Paul Liu Lab|ZDB-LAB-001018-1|Chr: 18|||2020-10-21
ZDB-ALT-190201-4|hg100||||Small Deletion|embryos treated with CRISPR1-snrnp48||Burgess Lab|ZDB-LAB-010711-1|Chr: 16|||2020-10-21
ZDB-ALT-190201-5|hg101||||Small Deletion|embryos treated with CRISPR1-ctnnb1||Burgess Lab|ZDB-LAB-010711-1|Chr: 16|||2020-10-21
ZDB-ALT-190201-6|hg102||||Small Deletion|embryos treated with CRISPR1-taf5||Burgess Lab|ZDB-LAB-010711-1|Chr: 1|||2020-10-21
ZDB-ALT-190201-7|hg103||||Small Deletion|embryos treated with CRISPR1-mgat5bl||Burgess Lab|ZDB-LAB-010711-1|Unmapped|||2020-10-21
ZDB-ALT-190402-18|hg104||||Indel||Insertion of 2 nucleotides. Changed the nucleotide T in GRCz10/DanRer10 Chr5: 43204438 to GTC, resulting in a Y98X|Burgess Lab|ZDB-LAB-010711-1|Chr: 5|||2020-10-21
ZDB-ALT-190402-16|hg105||||Indel|embryos treated with CRISPR|Changed the 11 nucleotides in GRCz10/DanRer10 Chr8: 28236560-28236571 to 2 nucleotides GA.|Burgess Lab|ZDB-LAB-010711-1|Chr: 8|||2020-10-21
ZDB-ALT-190402-17|hg106||||Small Deletion|embryos treated with CRISPR|Deleted the 9 nucleotides in GRCz10/DanRer10 Chr8: 28236552-28236560|Burgess Lab|ZDB-LAB-010711-1|Chr: 8|||2020-10-21
ZDB-ALT-190402-15|hg107||||Small Deletion|embryos treated with CRISPR||Burgess Lab|ZDB-LAB-010711-1|Chr: 21|||2020-10-21
ZDB-ALT-190402-14|hg108||||Small Deletion|embryos treated with CRISPR||Burgess Lab|ZDB-LAB-010711-1|Chr: 17|||2020-10-21
ZDB-ALT-190402-13|hg109||||Insertion|embryos treated with CRISPR||Burgess Lab|ZDB-LAB-010711-1|Chr: 15|||2020-10-21
ZDB-ALT-130531-2|hg11||||Insertion|embryos treated with zinc finger nuclease|4bp insertion in exon3, cDNA: 215insACCT, p:H74PfsX43|P. Paul Liu Lab|ZDB-LAB-001018-1|Chr: 18|||2020-10-21
ZDB-ALT-190402-12|hg110||||Small Deletion|embryos treated with CRISPR||Burgess Lab|ZDB-LAB-010711-1|Chr: 11|||2020-10-21
ZDB-ALT-190402-11|hg111||||Small Deletion|embryos treated with CRISPR||Burgess Lab|ZDB-LAB-010711-1|Chr: 18|||2020-10-21
ZDB-ALT-190402-10|hg112||||Insertion|embryos treated with CRISPR|Insertion of 7 nucleotides, around the CRISPR target of
Chr1:28256827-28256849.    (GRCz10/DanRer10)|Burgess Lab|ZDB-LAB-010711-1|Chr: 1|||2020-10-21
ZDB-ALT-190402-9|hg113||||Small Deletion||: Deletion of 8 nucleotides, around the CRISPR target of
Chr4:16893648-16893670.  (GRCz10/DanRer10)|Burgess Lab|ZDB-LAB-010711-1|Chr: 4|||2020-10-21
ZDB-ALT-190402-7|hg114||||Small Deletion|embryos treated with CRISPR||Burgess Lab|ZDB-LAB-010711-1|Chr: 10|||2020-10-21
ZDB-ALT-190402-6|hg115||||Small Deletion|embryos treated with CRISPR|Deletion of 7 nucleotides, around the CRISPR target of Chr23:25331401-25331423.  (GRCz10/DanRer10)|Burgess Lab|ZDB-LAB-010711-1|Chr: 23|||2020-10-21
ZDB-ALT-130820-103|hg12||||Insertion|embryos treated with zinc finger nuclease|Insertion of 4bp in exon 2, cDNA: 131insCATC, p:L44PfsX21 (from submitter)|Sood Lab|ZDB-LAB-130820-3|Chr: 20|||2020-10-21
ZDB-ALT-130820-104|hg13||||Indel|embryos treated with zinc finger nuclease|From submitter: Complex mutation in exon 2, cDNA: del95-132, ins 22bp; p:G32VfsX48|Sood Lab|ZDB-LAB-130820-3|Chr: 20|||2020-10-21
ZDB-ALT-140415-3|hg14|||del2|Small Deletion|embryos treated with zinc finger nuclease|Deletion of 2 bps in exon1, cDNA: 45delAA, p:K16RfsX62|Sood Lab|ZDB-LAB-130820-3|Chr: 19|||2020-10-21
ZDB-ALT-140415-4|hg15|||ins4|Insertion|embryos treated with zinc finger nuclease|Insertion of 4bp in exon 1, cDNA: 41insACGG; p:K16TfsX64|Sood Lab|ZDB-LAB-130820-3|Chr: 19|||2020-10-21
ZDB-ALT-140415-5|hg16|||L124P|Point Mutation|adult males treated with ENU|Point mutation in exon 4, cDNA: T371C; p:L124P ; T371C/L124P missense mutation
within exon 4 of the AK2 gene. The mutated amino acid in this mutant falls in a highly conserved region of AK2 located upstream of the beta sheet connecting the CORE domain to the LID domain. The L124P mutation has a PROVEAN score equal to -6.9 and was predicted to affect protein stability and enzymatic activity.|Sood Lab|ZDB-LAB-130820-3|Chr: 19|||2020-10-21
ZDB-ALT-150826-1|hg17||||Point Mutation|adult males treated with ENU|point mutation in intron 11, which affects splicing, cDNA:IVS10-261T&amp;gt;A; p:E616GfsX15|Sood Lab|ZDB-LAB-130820-3|Chr: 1|||2020-10-21
ZDB-ALT-150826-2|hg18||||Point Mutation|adult males treated with ENU|Point mutation in exon 12, cDNA:C2185T; p:R729C|Sood Lab|ZDB-LAB-130820-3|Chr: 1|||2020-10-21
ZDB-ALT-150805-2|hg19||||Small Deletion|embryos treated with zinc finger nuclease|Deletion 5 bp in exon 2, cDNA:291delGATAA, p:D98KfsX3|Sood Lab|ZDB-LAB-130820-3|Chr: 14|||2020-10-21
ZDB-ALT-100722-1|hg2|||T301K|Point Mutation|adult males treated with ENU||P. Paul Liu Lab|ZDB-LAB-001018-1|Chr: 11|||2020-10-21
ZDB-ALT-150805-3|hg20||||Small Deletion|embryos treated with zinc finger nuclease|Deletion of 7 bp in exon 2, cDNA:285delCGACAAG; p:R96IfsX27|Sood Lab|ZDB-LAB-130820-3|Chr: 14|||2020-10-21
ZDB-ALT-150805-4|hg21||||Indel|embryos treated with zinc finger nuclease|insertion of 8bp in exon 2, cDNA: 288delCAAGATAAAinsAAGGAAAAGGTGAGGAT; p:Q97KfsX32\n\n|Sood Lab|ZDB-LAB-130820-3|Chr: 14|||2020-10-21
ZDB-ALT-150826-3|hg22||||Small Deletion|embryos treated with CRISPR|Deletion of 1 bp in exon 5, cDNA:962delT; p:F321SfsX6|Sood Lab|ZDB-LAB-130820-3|Chr: 1|||2020-10-21
ZDB-ALT-150826-4|hg23||||Small Deletion|embryos treated with CRISPR|Deletion of 4 bp in exon 5, cDNA:961delTTCG; p:F321GfsX5|Sood Lab|ZDB-LAB-130820-3|Chr: 1|||2020-10-21
ZDB-ALT-151118-4|hg24||||Small Deletion|embryos treated with CRISPR|Deletion 7 bp in exon 3, cDNA: 692delTCCGGCG; p:I231SfsX11|Sood Lab|ZDB-LAB-130820-3|Chr: 15|||2020-10-21
ZDB-ALT-151118-5|hg25||||Indel|embryos treated with CRISPR|Insertion 34 bp in exon 3, cDNA: 698delGGCAinsAGGCGGAGCAGGTGGAGCAGGCGGCAGGCGGAGCAGGC; p:R233QfsX31|Sood Lab|ZDB-LAB-130820-3|Chr: 15|||2020-10-21
ZDB-ALT-151118-1|hg26||||Small Deletion|embryos treated with CRISPR|Deletion 5 bp in exon 2, cDNA: 227delTGCAG; p:V76GfsX4|Sood Lab|ZDB-LAB-130820-3|Chr: 24|||2020-10-21
ZDB-ALT-151118-2|hg27||||Insertion|embryos treated with CRISPR|Insertion 7 bp in exon 2, cDNA: 227insGTACTTT; p:V76GfsX8|Sood Lab|ZDB-LAB-130820-3|Chr: 24|||2020-10-21
ZDB-ALT-151118-3|hg28||||Small Deletion|embryos treated with CRISPR|Deletion 2 bp in exon 7, cDNA: 1173delTTTinsG; p:L392EfsX6|Sood Lab|ZDB-LAB-130820-3|Chr: 24|||2020-10-21
ZDB-ALT-160622-1|hg29||||Small Deletion|embryos treated with CRISPR3-mgat5, CRISPR4-mgat5|Deletion of >49 kb between exons 3 and 10: ZV9 co-ordinates for deleted part: Chr22:12118738—12167938; P124SfsX24; This deletion was created using 2 CRISPRs, CRISPR3-mgat5 and CRISPR4-mgat5.|Sood Lab|ZDB-LAB-130820-3|Chr: 22|||2020-10-21
ZDB-ALT-100722-2|hg3|||K333R|Point Mutation|adult males treated with ENU||P. Paul Liu Lab|ZDB-LAB-001018-1|Chr: 11|||2020-10-21
ZDB-ALT-160909-1|hg30Tg||||Transgenic Insertion|embryos treated with DNA||Sood Lab|ZDB-LAB-130820-3|Unmapped|Tg(FRT-Xla.Actc1:DsRed-GAB-FRT,LOXP-Hsa.IRX-LOXP-gata2a:EGFP-5HS4)|ZDB-TGCONSTRCT-160909-3|2020-10-21
ZDB-ALT-160909-2|hg31Tg||||Transgenic Insertion|embryos treated with DNA||Sood Lab|ZDB-LAB-130820-3|Unmapped|Tg2(FRT-Xla.Actc1:DsRed-GAB-FRT,LOXP-Hsa.IRX-LOXP-gata2a:EGFP-5HS4)|ZDB-TGCONSTRCT-160909-4|2020-10-21
ZDB-ALT-160909-3|hg32Tg||||Transgenic Insertion|embryos treated with DNA||Sood Lab|ZDB-LAB-130820-3|Unmapped|Tg3(FRT-Xla.Actc1:DsRed-GAB-FRT,LOXP-Hsa.IRX-LOXP-gata2a:EGFP-5HS4)|ZDB-TGCONSTRCT-160909-5|2020-10-21
ZDB-ALT-160909-4|hg33Tg||||Transgenic Insertion|embryos treated with DNA||Sood Lab|ZDB-LAB-130820-3|Unmapped|Tg4(FRT-Xla.Actc1:DsRed-GAB-FRT,LOXP-Hsa.IRX4-LOXP-gata2a:EGFP-5HS4)|ZDB-TGCONSTRCT-160909-6|2020-10-21
ZDB-ALT-161212-7|hg34||||Small Deletion|embryos treated with zinc finger nuclease|Deletion 5 bp in exon 1, cDNA: 90delACGGG; p:R31EfsX24|Sood Lab|ZDB-LAB-130820-3|Chr: 10|||2020-10-21
ZDB-ALT-161212-8|hg35||||Insertion|embryos treated with zinc finger nuclease|Insertion 4 bp in exon 1, cDNA: 95insCGGG; p:V32AfsX26|Sood Lab|ZDB-LAB-130820-3|Chr: 10|||2020-10-21
ZDB-ALT-170801-10|hg36||||Point Mutation|adult males treated with ENU|Point mutation in exon 2, cDNA: C103T; p: Q35X|Sood Lab|ZDB-LAB-130820-3|Chr: 3|||2020-10-21
ZDB-ALT-170801-11|hg37||||Indel|embryos treated with CRISPR1-npc1|NM_001243875.1 (npc1_v001): c.933delinsATCAG. This mutation results in a frameshift and the formation of a stop codon 6 amino acids after of the mutation site.|Sood Lab|ZDB-LAB-130820-3|Chr: 2|||2020-10-21
ZDB-ALT-170801-8|hg38||||Small Deletion|embryos treated with CRISPR1-trnt1|10 bp deletion in exon 6, cDNA: 704delTCTGGGTGGA, p. I235SfsX21|Sood Lab|ZDB-LAB-130820-3|Chr: 6|||2020-10-21
ZDB-ALT-170801-9|hg39||||Small Deletion|embryos treated with CRISPR1-trnt1|13 bp deletion in exon 6, cDNA: 696delCGAGAGGATCTGG, p. E233WfsX3.|Sood Lab|ZDB-LAB-130820-3|Chr: 6|||2020-10-21
ZDB-ALT-100716-1|hg4|||A76T|Point Mutation|adult males treated with ENU|This mutant carries a guanosine 226 to adenosine substitution, converting the conserved alanine at residue 76 to threonine.|Sood Lab|ZDB-LAB-130820-3|Chr: 18|||2020-10-21
ZDB-ALT-170809-9|hg40||||Small Deletion|embryos treated with CRISPR1-fanca||Sood Lab|ZDB-LAB-130820-3|Chr: 25|||2020-10-21
ZDB-ALT-170809-10|hg41||||Small Deletion|embryos treated with CRISPR1-fanca|by RT-PCR this mutation also leads to skipping of exon 12 resulting in protein of E378AfsX12.|Sood Lab|ZDB-LAB-130820-3|Chr: 25|||2020-10-21
ZDB-ALT-170809-11|hg42||||Small Deletion|embryos treated with CRISPR1-fancb|Deletion 4 bp in exon 1, cDNA: 832delTTCC,
p. F278RfsX43.|Sood Lab|ZDB-LAB-130820-3|Chr: 9|||2020-10-21
ZDB-ALT-170809-12|hg43||||Small Deletion|embryos treated with CRISPR1-fancc|Deletion 1 bp in exon 1, cDNA: 103delC, p. G36X.|Sood Lab|ZDB-LAB-130820-3|Chr: 8|||2020-10-21
ZDB-ALT-170809-13|hg44||||Small Deletion|||Sood Lab|ZDB-LAB-130820-3|Unmapped|||2020-10-21
ZDB-ALT-170809-2|hg45||||Indel|embryos treated with CRISPR2-brca2|Insertion 5 bp in exon 10, cDNA: 1066delAACAACAinsGAATTAAGTTAT, p. N356EfsX75|Sood Lab|ZDB-LAB-130820-3|Chr: 15|||2020-10-21
ZDB-ALT-170809-14|hg46||||Small Deletion|embryos treated with CRISPR1-fancd2||Sood Lab|ZDB-LAB-130820-3|Chr: 6|||2020-10-21
ZDB-ALT-170809-15|hg47||||Small Deletion|embryos treated with CRISPR1-fancd2|Deletion 20 bp in exon 16, cDNA: 1373delTGTACAAACAGGCCTTCACT, p. M458SfsX3.|Sood Lab|ZDB-LAB-130820-3|Chr: 6|||2020-10-21
ZDB-ALT-170809-16|hg48||||Small Deletion|embryos treated with CRISPR1-fance|Deletion 2 bp in exon 2, cDNA: 472delGG,
p. G158RfsX7.|Sood Lab|ZDB-LAB-130820-3|Chr: 8|||2020-10-21
ZDB-ALT-170809-17|hg49||||Small Deletion|CRISPR CRISPR1-fance||Sood Lab|ZDB-LAB-130820-3|Chr: 8|||2020-10-21
ZDB-ALT-100730-2|hg5|||Q658X|Point Mutation|adult males treated with ENU|hg5 (brca2 Q658X) has a C-to-T point mutation within exon 11  (C1971T) that changes glutamine (Q) to stop (X).  hg5 homozygotes are viable and phenotypically male, whereas WT and heterozygous siblings show similar ratios of male and female fish.  hg5 homozygotes induced egg laying in fertile WT females, but eggs collected from these crosses are unfertilized.&nbsp;&nbsp;(adapted from Shive et al. ZDB-PUB-101027-46 )|P. Paul Liu Lab|ZDB-LAB-001018-1|Chr: 15|||2020-10-21
ZDB-ALT-170809-18|hg50||||Small Deletion|embryos treated with CRISPR1-fancf|Deletion 4 bp in exon 1, cDNA: 92delCACA,
p. T31SfsX31.|Sood Lab|ZDB-LAB-130820-3|Chr: 25|||2020-10-21
ZDB-ALT-170809-19|hg51||||Indel|CRISPR CRISPR1-fancf||Sood Lab|ZDB-LAB-130820-3|Chr: 25|||2020-10-21
ZDB-ALT-170809-20|hg52||||Indel|CRISPR CRISPR1-fancg||Sood Lab|ZDB-LAB-130820-3|Chr: 5|||2020-10-21
ZDB-ALT-170809-21|hg53||||Small Deletion|embryos treated with CRISPR1-fancg|Deletion 7 bp in exon 5, cDNA: 543delCTCACTA,
p. S182WfsX26.|Sood Lab|ZDB-LAB-130820-3|Chr: 5|||2020-10-21
ZDB-ALT-170809-22|hg54||||Small Deletion|embryos treated with CRISPR1-fanci|Deletion 8 bp in exon 13, cDNA: 1205delCATTCGGA,
p. P402QfsX11.|Sood Lab|ZDB-LAB-130820-3|Chr: 25|||2020-10-21
ZDB-ALT-170809-23|hg55||||Indel|CRISPR CRISPR1-fanci||Sood Lab|ZDB-LAB-130820-3|Chr: 25|||2020-10-21
ZDB-ALT-170809-3|hg56||||Small Deletion|embryos treated with CRISPR1-brip1|Deletion 5 bp in exon 5, cDNA: 643delGAATT,
p. L216QfsX6.|Sood Lab|ZDB-LAB-130820-3|Chr: 15|||2020-10-21
ZDB-ALT-170809-4|hg57||||Small Deletion|CRISPR CRISPR1-brip1||Sood Lab|ZDB-LAB-130820-3|Chr: 15|||2020-10-21
ZDB-ALT-170809-24|hg58||||Insertion|embryos treated with CRISPR1-fancl|Insertion 25 bp in exon 8, cDNA: 545insGATTGATATGATTTATGTTGATGGC, p. S177PfsX7.|Sood Lab|ZDB-LAB-130820-3|Chr: 13|||2020-10-21
ZDB-ALT-170809-25|hg59||||Small Deletion|embryos treated with CRISPR1-fancl||Sood Lab|ZDB-LAB-130820-3|Chr: 13|||2020-10-21
ZDB-ALT-100817-1|hg6||||Point Mutation|adult males treated with ENU||Sood Lab|ZDB-LAB-130820-3|Chr: 20|||2020-10-21
ZDB-ALT-170809-26|hg60||||Small Deletion|CRISPR CRISPR1-fancm||Sood Lab|ZDB-LAB-130820-3|Chr: 17|||2020-10-21
ZDB-ALT-170809-27|hg61||||Insertion|embryos treated with CRISPR1-fancm|Insertion 4 bp in exon 2, cDNA: 200insATCT,
p. R67HfsX21.|Sood Lab|ZDB-LAB-130820-3|Chr: 17|||2020-10-21
ZDB-ALT-170809-28|hg62||||Small Deletion|embryos treated with CRISPR1-palb2|Deletion 11 bp in exon 4, cDNA: 1233delGACTGTAGGAC, p. T412HfsX15|Sood Lab|ZDB-LAB-130820-3|Chr: 1|||2020-10-21
ZDB-ALT-170809-29|hg63||||Small Deletion|embryos treated with CRISPR1-palb2||Sood Lab|ZDB-LAB-130820-3|Chr: 1|||2020-10-21
ZDB-ALT-170809-30|hg64||||Small Deletion|CRISPR CRISPR1-rad51c||Sood Lab|ZDB-LAB-130820-3|Chr: 10|||2020-10-21
ZDB-ALT-170809-31|hg65||||Indel|embryos treated with CRISPR1-rad51c||Sood Lab|ZDB-LAB-130820-3|Chr: 10|||2020-10-21
ZDB-ALT-170809-34|hg66||||Small Deletion|embryos treated with CRISPR1-slx4|CTCTGCT|Sood Lab|ZDB-LAB-130820-3|Chr: 22|||2020-10-21
ZDB-ALT-170809-35|hg67||||Small Deletion|embryos treated with CRISPR1-slx4|Insertion 2 bp in exon 5, cDNA: 706delACinsTACA,
p. T236YfsX44.|Sood Lab|ZDB-LAB-130820-3|Chr: 22|||2020-10-21
ZDB-ALT-170809-5|hg68||||Small Deletion|CRISPR CRISPR1-ercc4||Sood Lab|ZDB-LAB-130820-3|Chr: 12|||2020-10-21
ZDB-ALT-170809-6|hg69||||Indel|embryos treated with CRISPR1-ercc4|Insertion 2 bp in exon 5, cDNA: 706delACinsTACA,
p. T236YfsX44.|Sood Lab|ZDB-LAB-130820-3|Chr: 12|||2020-10-21
ZDB-ALT-100817-2|hg7||||Point Mutation|adult males treated with ENU||Sood Lab|ZDB-LAB-130820-3|Chr: 20|||2020-10-21
ZDB-ALT-170809-36|hg70||||Small Deletion|embryos treated with CRISPR1-ube2t||Sood Lab|ZDB-LAB-130820-3|Chr: 23|||2020-10-21
ZDB-ALT-170809-37|hg71||||Indel|embryos treated with CRISPR1-ube2t|Insertion 13 bp in exon 3, cDNA: 296delCCGTinsGAAGGTGAAGTGTCTGG, p. P84EfsX7.|Sood Lab|ZDB-LAB-130820-3|Chr: 23|||2020-10-21
ZDB-ALT-170809-32|hg72||||Small Deletion|embryos treated with CRISPR1-faap100|Deletion 4 bp in exon 6, cDNA: 1133delACCC,
p. N378KfsX16.|Sood Lab|ZDB-LAB-130820-3|Chr: 12|||2020-10-21
ZDB-ALT-170809-33|hg73||||Small Deletion|embryos treated with CRISPR1-faap100||Sood Lab|ZDB-LAB-130820-3|Chr: 12|||2020-10-21
ZDB-ALT-170809-7|hg74||||Small Deletion|embryos treated with CRISPR1-faap24|Deletion 2 bp in exon 2, cDNA: 189delGT, p. S64RfsX3.|Sood Lab|ZDB-LAB-130820-3|Chr: 25|||2020-10-21
ZDB-ALT-170809-8|hg75||||Small Deletion|embryos treated with CRISPR1-faap24||Sood Lab|ZDB-LAB-130820-3|Chr: 25|||2020-10-21
ZDB-ALT-180703-5|hg76|||del10bp|Small Deletion|embryos treated with CRISPR1-hspe1|Mutation is a deletion of nucleotides 347 – 356 in NM_131526.|Sood Lab|ZDB-LAB-130820-3|Chr: 9|||2020-10-21
ZDB-ALT-180703-6|hg77|||del16bp|Small Deletion|embryos treated with CRISPR1-hspe1|Mutation was a deletion of nucleotides 368 – 373 in NM_131526.1.|Sood Lab|ZDB-LAB-130820-3|Chr: 9|||2020-10-21
ZDB-ALT-180703-7|hg78|||del12bp|Small Deletion|embryos treated with CRISPR1-hspa13|Mutation is a deletion of nucleotides 200-211 in NM_00108479.|Sood Lab|ZDB-LAB-130820-3|Chr: 15|||2020-10-21
ZDB-ALT-180703-8|hg79|||del16bp|Small Deletion|embryos treated with CRISPR1-hspa13|Mutation is a deletion of nucleotides 201-206 in NM_00108479.|Sood Lab|ZDB-LAB-130820-3|Chr: 15|||2020-10-21
ZDB-ALT-180703-9|hg80|||del1bp|Small Deletion|embryos treated with CRISPR2-gemin5|Mutation was a deletion of nucleotide of 1277 in XM_009295614.|Sood Lab|ZDB-LAB-130820-3|Chr: 21|||2020-10-21
ZDB-ALT-180703-10|hg81|||del20bp|Small Deletion|embryos treated with CRISPR2-gemin5|Mutation was a deletion of nucleotides 1285-1304 in XM_009295614.|Sood Lab|ZDB-LAB-130820-3|Chr: 21|||2020-10-21
ZDB-ALT-180305-5|hg82||||Indel|embryos treated with zinc finger nuclease||Puertollano Lab|ZDB-LAB-180213-2|Ambiguous|||2020-10-21
ZDB-ALT-180305-6|hg83||||Small Deletion|embryos treated with zinc finger nuclease||Puertollano Lab|ZDB-LAB-180213-2|Ambiguous|||2020-10-21
ZDB-ALT-180305-7|hg84||||Small Deletion|embryos treated with CRISPR1-mcoln1b||Puertollano Lab|ZDB-LAB-180213-2|Chr: 3|||2020-10-21
ZDB-ALT-180305-8|hg85||||Small Deletion|embryos treated with CRISPR1-mcoln1b||Puertollano Lab|ZDB-LAB-180213-2|Chr: 3|||2020-10-21
ZDB-ALT-180626-3|hg86Tg|||C1|Transgenic Insertion|embryos treated with DNA||Sood Lab|ZDB-LAB-130820-3|Unmapped|Tg(FRT-Xla.Actc1:DsRed-GAB-FRT,LOXP-Hsa.rs1884302_C-LOXP-gata2a:EGFP-5HS4)|ZDB-TGCONSTRCT-180626-3|2020-10-21
ZDB-ALT-180626-4|hg87Tg|||C2|Transgenic Insertion|embryos treated with DNA||Sood Lab|ZDB-LAB-130820-3|Unmapped|Tg(FRT-Xla.Actc1:DsRed-GAB-FRT,LOXP-Hsa.rs1884302_C-LOXP-gata2a:EGFP-5HS4)|ZDB-TGCONSTRCT-180626-3|2020-10-21
ZDB-ALT-180626-5|hg88Tg|||T1|Transgenic Insertion|embryos treated with DNA||Sood Lab|ZDB-LAB-130820-3|Unmapped|Tg(FRT-Xla.ACTC1:DsRed-GAB-FRT,LOXP-Hsa.rs1884302_T-LOXP-gata2a:EGFP-5HS4)|ZDB-TGCONSTRCT-180626-4|2020-10-21
ZDB-ALT-180626-6|hg89Tg|||T2|Transgenic Insertion|embryos treated with DNA||Sood Lab|ZDB-LAB-130820-3|Unmapped|Tg(FRT-Xla.ACTC1:DsRed-GAB-FRT,LOXP-Hsa.rs1884302_T-LOXP-gata2a:EGFP-5HS4)|ZDB-TGCONSTRCT-180626-4|2020-10-21
ZDB-ALT-101006-6|hg8Tg|This feature is representative of one or more unknown insertion sites.||ZM, ZM_00365842|Transgenic Insertion|embryos treated with DNA|This line was originally from Znomics.&nbsp;&nbsp;It has a 5.2kb retroviral DNA insertion just downstream of the mitochondrial eader signal of opa3.|Feldman Lab|ZDB-LAB-030703-2|Chr: 18|Tg(ZM)|ZDB-TGCONSTRCT-101007-1|2020-10-21
ZDB-ALT-120606-9|hg9|||mmy, mummy|Point Mutation|embryos treated with ENU||P. Paul Liu Lab|ZDB-LAB-001018-1|Chr: 12|||2020-10-21
ZDB-ALT-180626-7|hg90Tg|||T3|Transgenic Insertion|embryos treated with DNA||Sood Lab|ZDB-LAB-130820-3|Unmapped|Tg(FRT-Xla.ACTC1:DsRed-GAB-FRT,LOXP-Hsa.rs1884302_T-LOXP-gata2a:EGFP-5HS4)|ZDB-TGCONSTRCT-180626-4|2020-10-21
ZDB-ALT-190226-1|hg91||||Small Deletion|embryos treated with CRISPR8-tp53||Sood Lab|ZDB-LAB-130820-3|Chr: 5|||2020-10-21
ZDB-ALT-200204-4|hg92||||Small Deletion|embryos treated with CRISPR|Deletion 4 bp in exon 2, cDNA: 338_341delTCTG, 
p. Val113GlyfsX11|Sood Lab|ZDB-LAB-130820-3|Chr: 7|||2020-10-21
ZDB-ALT-200204-5|hg93||||Small Deletion|embryos treated with CRISPR|Deletion 8 bp in exon 3, cDNA: 566_573delAGGAGGTC, p. Gln189ArgfsX10|Sood Lab|ZDB-LAB-130820-3|Chr: 7|||2020-10-21
ZDB-ALT-190201-3|hg99|||8 bp deletion|Small Deletion|embryos treated with CRISPR1-snrnp25||Burgess Lab|ZDB-LAB-010711-1|Chr: 3|||2020-10-21
ZDB-ALT-110722-30|hh024|||stumm stm hy024|Point Mutation||hh024 has a guanosine-to-adenosine transition at the intron 3-exon 4 splice site of gfra3 on Chr. 14, resulting in loss of the canonical splice acceptor with a cryptic splice site in exon 4 used instead. gfra3 transcripts from stm hh024 mutants have a 26 bp deletion in the open reading frame, causing a frame shift and premature stop codon. The mutated Gfra3 protein in stm hh024 mutants lacks domains D2 and D3 necessary for binding GDNF family ligands.  ( Knight et al. ZDB-PUB-110517-3 )|Roehl Lab|ZDB-LAB-021119-1|Chr: 14|||2020-10-21
ZDB-ALT-020426-18|hi1002Tg|This feature is representative of one or more unknown insertion sites.||hi1002|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040720-8|hi1011Tg|This feature is representative of one or more unknown insertion sites.||hi1011|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 10|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-12|hi1016Tg|This feature is representative of one or more unknown insertion sites.||hi1016|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040720-12|hi1019Tg|This feature is representative of one or more unknown insertion sites.||hi1019|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020430-46|hi1026Tg|This feature is representative of one or more unknown insertion sites.||hi1026|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040720-16|hi1034aTg|This feature is representative of one or more unknown insertion sites.||hi1034a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-10|hi1034bTg|This feature is representative of one or more unknown insertion sites.||hi1034b|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-060811-8|hi1042Tg|This feature is representative of one or more unknown insertion sites.||hi1042|Transgenic Insertion|DNA ||Hopkins Lab|ZDB-LAB-970424-15|Unmapped|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-42|hi1045Tg|This feature is representative of one or more unknown insertion sites.||hi1045|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-28|hi1055aTg|This feature is representative of one or more unknown insertion sites.||hi1055a|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040720-18|hi1055bTg|This feature is representative of one or more unknown insertion sites.||hi1055b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.; The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-20|hi1058Tg|This feature is representative of one or more unknown insertion sites.||hi1058|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-30|hi1059Tg|This feature is representative of one or more unknown insertion sites.||hi1059|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-8|hi1061Tg|This feature is representative of one or more unknown insertion sites.||hi1061|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.; The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-10|hi1072Tg|This feature is representative of one or more unknown insertion sites.||hi1072|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040720-22|hi1073Tg|This feature is representative of one or more unknown insertion sites.||hi1073|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 16|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-2|hi1086aTg|This feature is representative of one or more unknown insertion sites.||hi1086a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020422-4|hi10Tg|This feature is representative of one or more unknown insertion sites.||hi10|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040721-4|hi1113aTg|This feature is representative of one or more unknown insertion sites.||hi1113a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-16|hi1113bTg|This feature is representative of one or more unknown insertion sites.||hi1113b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 25|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-68|hi1116aTg|This feature is representative of one or more unknown insertion sites.||hi1116a|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-38|hi1116bTg|This feature is representative of one or more unknown insertion sites.||hi1116b|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-18|hi1124Tg|This feature is representative of one or more unknown insertion sites.||hi1124|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041026-6|hi1126Tg|This feature is representative of one or more unknown insertion sites.||hi1126|Transgenic Insertion|DNA ||Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020422-2|hi112Tg|This feature is representative of one or more unknown insertion sites.||hi112|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-030219-4|hi1134Tg|This feature is representative of one or more unknown insertion sites.||hi1134|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-2|hi1143Tg|This feature is representative of one or more unknown insertion sites.||hi1143|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-28|hi1146Tg|This feature is representative of one or more unknown insertion sites.||hi1146|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 24|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-46|hi1159Tg|This feature is representative of one or more unknown insertion sites.||hi1159|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040714-6|hi1167Tg|This feature is representative of one or more unknown insertion sites.||hi1167|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-50|hi1182Tg|This feature is representative of one or more unknown insertion sites.||hi1182|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 4|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-6|hi1193Tg|This feature is representative of one or more unknown insertion sites.||hi1193|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-6|hi1207Tg|This feature is representative of one or more unknown insertion sites.||hi1207|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-18|hi1227Tg|This feature is representative of one or more unknown insertion sites.||hi1227|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-30|hi1241Tg|This feature is representative of one or more unknown insertion sites.||hi1241|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 25|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-4|hi1244Tg|This feature is representative of one or more unknown insertion sites.||hi1244|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-98|hi1257Tg|This feature is representative of one or more unknown insertion sites.||hi1257|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 17|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-24|hi1262Tg|This feature is representative of one or more unknown insertion sites.||hi1262|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040223-8|hi1269Tg|This feature is representative of one or more unknown insertion sites.||hi1269|Transgenic Insertion|embryos treated with DNA||Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-42|hi1284Tg|This feature is representative of one or more unknown insertion sites.||hi1284|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040722-2|hi1290Tg|This feature is representative of one or more unknown insertion sites.||hi1290|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-12|hi1297Tg|This feature is representative of one or more unknown insertion sites.||hi1297|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 25|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-32|hi1320Tg|This feature is representative of one or more unknown insertion sites.||hi1320|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 25|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040129-14|hi1321Tg|This feature is representative of one or more unknown insertion sites.||hi1321|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040722-4|hi1326Tg|This feature is representative of one or more unknown insertion sites.||hi1326|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040130-2|hi1359aTg|This feature is representative of one or more unknown insertion sites.||hi1359a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040223-2|hi1364aTg|This feature is representative of one or more unknown insertion sites.||hi1364a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040217-8|hi1364bTg|This feature is representative of one or more unknown insertion sites.||hi1364b|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040722-10|hi1370Tg|This feature is representative of one or more unknown insertion sites.||hi1370|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-52|hi1371Tg|This feature is representative of one or more unknown insertion sites.||hi1371|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-100|hi1373Tg|This feature is representative of one or more unknown insertion sites.||hi1373|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050805-8|hi1384Tg|This feature is representative of one or more unknown insertion sites.||hi1384|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040722-14|hi1386Tg|This feature is representative of one or more unknown insertion sites.||hi1386|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-22|hi1389Tg|This feature is representative of one or more unknown insertion sites.||hi1389|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040709-6|hi138Tg|This feature is representative of one or more unknown insertion sites.||hi138|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 10|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040722-16|hi1392Tg|This feature is representative of one or more unknown insertion sites.||hi1392|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-18|hi1411Tg|This feature is representative of one or more unknown insertion sites.||hi1411|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040723-2|hi1422Tg|This feature is representative of one or more unknown insertion sites.||hi1422|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-10|hi1433Tg|This feature is representative of one or more unknown insertion sites.||hi1433|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040723-8|hi1437Tg|This feature is representative of one or more unknown insertion sites.||hi1437|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 11|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-20|hi1444Tg|This feature is representative of one or more unknown insertion sites.||hi1444|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-76|hi1447Tg|This feature is representative of one or more unknown insertion sites.||hi1447|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040726-6|hi1451Tg|This feature is representative of one or more unknown insertion sites.||hi1451|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-12|hi1463Tg|This feature is representative of one or more unknown insertion sites.||hi1463|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-14|hi1464Tg|This feature is representative of one or more unknown insertion sites.||hi1464|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 11|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040727-2|hi1477Tg|This feature is representative of one or more unknown insertion sites.||hi1477|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040727-6|hi1479Tg|This feature is representative of one or more unknown insertion sites.||hi1479|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020726-2|hi1482Tg|This feature is representative of one or more unknown insertion sites.||hi1482|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.; hi1482 is a null allele of pwi with proviral insertion at 65 bp after the first exon of the pinball wizard (WRB) gene|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040727-8|hi1487Tg|This feature is representative of one or more unknown insertion sites.||hi1487|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020422-6|hi14Tg|This feature is representative of one or more unknown insertion sites.||hi14|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040217-16|hi1515Tg|This feature is representative of one or more unknown insertion sites.||hi1515|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040727-10|hi1516Tg|This feature is representative of one or more unknown insertion sites.||hi1516|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040727-14|hi1518Tg|This feature is representative of one or more unknown insertion sites.||hi1518|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040728-2|hi1520Tg|This feature is representative of one or more unknown insertion sites.||hi1520|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040728-6|hi1532aTg|This feature is representative of one or more unknown insertion sites.||hi1532a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040726-4|hi1532bTg|This feature is representative of one or more unknown insertion sites.||hi1532b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050913-2|hi1537Tg|This feature is representative of one or more unknown insertion sites.||hi1537|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-78|hi1548Tg|This feature is representative of one or more unknown insertion sites.||hi1548|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040728-8|hi1552Tg|This feature is representative of one or more unknown insertion sites.||hi1552|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040728-10|hi1573Tg|This feature is representative of one or more unknown insertion sites.||hi1573|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 25|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-32|hi1579Tg|This feature is representative of one or more unknown insertion sites.||hi1579|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-96|hi1581Tg|This feature is representative of one or more unknown insertion sites.||hi1581|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 9|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-24|hi1618Tg|This feature is representative of one or more unknown insertion sites.||hi1618|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040728-16|hi1621Tg|This feature is representative of one or more unknown insertion sites.||hi1621|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-011018-4|hi1640Tg|This feature is representative of one or more unknown insertion sites.||hi1640|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041027-2|hi1642Tg|This feature is representative of one or more unknown insertion sites.||hi1642|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-6|hi1688Tg|This feature is representative of one or more unknown insertion sites.||hi1688|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040310-4|hi1703Tg|This feature is representative of one or more unknown insertion sites.||hi1703|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.; The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040310-2|hi1706Tg|This feature is representative of one or more unknown insertion sites.||hi1706|Transgenic Insertion|embryos treated with DNA||Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-14|hi1715Tg|This feature is representative of one or more unknown insertion sites.||hi1715|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040728-18|hi1722Tg|This feature is representative of one or more unknown insertion sites.||hi1722|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040728-20|hi1727Tg|This feature is representative of one or more unknown insertion sites.||hi1727|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 9|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040728-22|hi1730Tg|This feature is representative of one or more unknown insertion sites.||hi1730|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040803-2|hi1743Tg|This feature is representative of one or more unknown insertion sites.||hi1743|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040129-2|hi1757Tg|This feature is representative of one or more unknown insertion sites.||hi1757|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040804-2|hi1769Tg|This feature is representative of one or more unknown insertion sites.||hi1769|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040805-4|hi1779Tg|This feature is representative of one or more unknown insertion sites.||hi1779|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.; A 6-kb retroviral insertion at base 553 in the coding sequence leads to a truncation of the protein at amino acid 197.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050805-4|hi1780aTg|This feature is representative of one or more unknown insertion sites.||hi1780a|Transgenic Insertion|embryos treated with DNA||Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-8|hi1780bTg|This feature is representative of one or more unknown insertion sites.||hi1780b|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 4|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040830-8|hi1793Tg|This feature is representative of one or more unknown insertion sites.||hi1793|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-6|hi1807Tg|This feature is representative of one or more unknown insertion sites.||hi1807|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-060814-4|hi1830Tg|This feature is representative of one or more unknown insertion sites.||hi1830|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 16|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-34|hi1841bTg|This feature is representative of one or more unknown insertion sites.||hi1841b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-030715-8|hi1843Tg|This feature is representative of one or more unknown insertion sites.||hi1843|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040830-16|hi1856Tg|This feature is representative of one or more unknown insertion sites.||hi1856|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040805-2|hi1858aTg|This feature is representative of one or more unknown insertion sites.||hi1858a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040907-2|hi1858bTg|This feature is representative of one or more unknown insertion sites.||hi1858b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040219-2|hi1867Tg|This feature is representative of one or more unknown insertion sites.||hi1867|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 16|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040907-4|hi1872Tg|This feature is representative of one or more unknown insertion sites.||hi1872|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-20|hi1883Tg|This feature is representative of one or more unknown insertion sites.||hi1883|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040907-10|hi1887Tg|This feature is representative of one or more unknown insertion sites.||hi1887|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040826-8|hi1902Tg|This feature is representative of one or more unknown insertion sites.||hi1902|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040908-2|hi1903cTg|This feature is representative of one or more unknown insertion sites.||hi1903c|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 17|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040220-10|hi1907Tg|This feature is representative of one or more unknown insertion sites.||hi1907|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040213-2|hi1934Tg|This feature is representative of one or more unknown insertion sites.||hi1934|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040129-4|hi1940Tg|This feature is representative of one or more unknown insertion sites.||hi1940|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040908-4|hi1942Tg|This feature is representative of one or more unknown insertion sites.||hi1942|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040720-20|hi1944Tg|This feature is representative of one or more unknown insertion sites.||hi1944|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040909-2|hi1950Tg|This feature is representative of one or more unknown insertion sites.||hi1950|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040909-4|hi1951Tg|This feature is representative of one or more unknown insertion sites.||hi1951|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-4|hi1974Tg|This feature is representative of one or more unknown insertion sites.||hi1974|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040910-2|hi1987Tg|This feature is representative of one or more unknown insertion sites.||hi1987|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040910-4|hi1988Tg|This feature is representative of one or more unknown insertion sites.||hi1988|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 4|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-26|hi199Tg|This feature is representative of one or more unknown insertion sites.||hi199|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-980203-345|hi1Tg|This feature is representative of one or more unknown insertion sites.||hi1|Transgenic Insertion|adult males treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(SFG)|ZDB-TGCONSTRCT-070117-176|2020-10-21
ZDB-ALT-040830-4|hi2005Tg|This feature is representative of one or more unknown insertion sites.||hi2005|Transgenic Insertion|DNA ||Hopkins Lab|ZDB-LAB-970424-15|Unmapped|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040720-4|hi2019Tg|This feature is representative of one or more unknown insertion sites.||hi2019|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040910-6|hi2026aTg|This feature is representative of one or more unknown insertion sites.||hi2026a|Transgenic Insertion|embryos treated with DNA||Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040913-2|hi2039aTg|This feature is representative of one or more unknown insertion sites.||hi2039a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050805-6|hi2039bTg|This feature is representative of one or more unknown insertion sites.||hi2039b|Transgenic Insertion|embryos treated with DNA||Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040913-4|hi2062Tg|This feature is representative of one or more unknown insertion sites.||hi2062|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-10|hi2068Tg|This feature is representative of one or more unknown insertion sites.||hi2068|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040129-10|hi2069Tg|This feature is representative of one or more unknown insertion sites.||hi2069|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040913-8|hi2078Tg|This feature is representative of one or more unknown insertion sites.||hi2078|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040914-2|hi2080Tg|This feature is representative of one or more unknown insertion sites.||hi2080|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040914-6|hi2091Tg|This feature is representative of one or more unknown insertion sites.||hi2091|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-20|hi2092Tg|This feature is representative of one or more unknown insertion sites.||hi2092|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040223-16|hi2108Tg|This feature is representative of one or more unknown insertion sites.||hi2108|Transgenic Insertion|embryos treated with DNA||Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040915-4|hi2109Tg|This feature is representative of one or more unknown insertion sites.||hi2109|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040722-8|hi2111Tg|This feature is representative of one or more unknown insertion sites.||hi2111|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040223-10|hi2122Tg|This feature is representative of one or more unknown insertion sites.||hi2122|Transgenic Insertion|embryos treated with DNA||Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050809-2|hi2137Tg|This feature is representative of one or more unknown insertion sites.||hi2137|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040915-8|hi2143Tg|This feature is representative of one or more unknown insertion sites.||hi2143|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 9|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040310-10|hi2144Tg|This feature is representative of one or more unknown insertion sites.||hi2144|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 17|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040915-12|hi2151Tg|This feature is representative of one or more unknown insertion sites.||hi2151|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040915-20|hi2155Tg|This feature is representative of one or more unknown insertion sites.||hi2155|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-66|hi215Tg|This feature is representative of one or more unknown insertion sites.||hi215|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 10|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-060918-4|hi2161Tg|This feature is representative of one or more unknown insertion sites.||hi2161|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-030715-6|hi2169Tg|This feature is representative of one or more unknown insertion sites.||hi2169|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040213-12|hi2188aTg|This feature is representative of one or more unknown insertion sites.||hi2188a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040917-2|hi2188bTg|This feature is representative of one or more unknown insertion sites.||hi2188b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040310-6|hi2191Tg|This feature is representative of one or more unknown insertion sites.||hi2191|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040907-6|hi2203Tg|This feature is representative of one or more unknown insertion sites.||hi2203|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040827-6|hi2211Tg|This feature is representative of one or more unknown insertion sites.||hi2211|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040924-2|hi2216Tg|This feature is representative of one or more unknown insertion sites.||hi2216|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040924-4|hi2217Tg|This feature is representative of one or more unknown insertion sites.||hi2217|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 17|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040924-8|hi2226Tg|This feature is representative of one or more unknown insertion sites.||hi2226|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 17|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040924-10|hi2230Tg|This feature is representative of one or more unknown insertion sites.||hi2230|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040924-12|hi2246Tg|This feature is representative of one or more unknown insertion sites.||hi2246|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.; The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040223-4|hi2249Tg|This feature is representative of one or more unknown insertion sites.||hi2249|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040217-18|hi2269Tg|This feature is representative of one or more unknown insertion sites.||hi2269|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-2|hi2271Tg|This feature is representative of one or more unknown insertion sites.||hi2271|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-4|hi2285Tg|This feature is representative of one or more unknown insertion sites.||hi2285|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-12|hi2289Tg|This feature is representative of one or more unknown insertion sites.||hi2289|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-14|hi2293Tg|This feature is representative of one or more unknown insertion sites.||hi2293|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-011018-2|hi229Tg|This feature is representative of one or more unknown insertion sites.||hi229|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040721-6|hi2327Tg|This feature is representative of one or more unknown insertion sites.||hi2327|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-20|hi2329aTg|This feature is representative of one or more unknown insertion sites.||hi2329a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040129-6|hi2329bTg|This feature is representative of one or more unknown insertion sites.||hi2329b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.; The viral insert is within an intron of <em>smoothened</em>, not an exon (like <em>hi1640</em>) which most likely results in the less severe phenotype observed. (A. Wilbanks, pers. comm.)|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-24|hi2335Tg|This feature is representative of one or more unknown insertion sites.||hi2335|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-30|hi2345Tg|This feature is representative of one or more unknown insertion sites.||hi2345|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.; Could have been created with either the F5 or GT virus (more likely GT, but cannot be sure)|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040715-12|hi2352Tg|This feature is representative of one or more unknown insertion sites.||hi2352|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.; Could have been created with either the F5 or GT virus (more likely GT, but cannot be sure)|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050908-6|hi235Tg|This feature is representative of one or more unknown insertion sites.||hi235|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040930-12|hi2393Tg|This feature is representative of one or more unknown insertion sites.||hi2393|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040930-4|hi2394Tg|This feature is representative of one or more unknown insertion sites.||hi2394|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.; The proviral insertion hi2394 is located in the first intron of reptin (ruvbl2).  Expression of ruvbl2 mRNA and protein is dramatically reduced, if not completely abolished in hi2394 mutants.  hi2394 is a loss-of-function allele of reptin.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040712-2|hi239Tg|This feature is representative of one or more unknown insertion sites.||hi239|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040217-14|hi2400Tg|This feature is representative of one or more unknown insertion sites.||hi2400|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040930-18|hi2404Tg|This feature is representative of one or more unknown insertion sites.||hi2404|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 9|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-24|hi2430Tg|This feature is representative of one or more unknown insertion sites.||hi2430|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 11|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-22|hi2437Tg|This feature is representative of one or more unknown insertion sites.||hi2437|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040930-20|hi2452Tg|This feature is representative of one or more unknown insertion sites.||hi2452|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040930-22|hi2453Tg|This feature is representative of one or more unknown insertion sites.||hi2453|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-28|hi2462Tg|This feature is representative of one or more unknown insertion sites.||hi2462|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 10|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041005-2|hi2470Tg|This feature is representative of one or more unknown insertion sites.||hi2470|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041005-4|hi2473Tg|This feature is representative of one or more unknown insertion sites.||hi2473|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041006-2|hi2479Tg|This feature is representative of one or more unknown insertion sites.||hi2479|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041006-4|hi2487Tg|This feature is representative of one or more unknown insertion sites.||hi2487|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041006-6|hi2491Tg|This feature is representative of one or more unknown insertion sites.||hi2491|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-060814-2|hi2497aTg|This feature is representative of one or more unknown insertion sites.||hi2497a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-56|hi2499aTg|This feature is representative of one or more unknown insertion sites.||hi2499a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040218-2|hi2505aTg|This feature is representative of one or more unknown insertion sites.||hi2505a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040728-14|hi2505bTg|This feature is representative of one or more unknown insertion sites.||hi2505b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041006-8|hi2529Tg|This feature is representative of one or more unknown insertion sites.||hi2529|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 16|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-2|hi2557Tg|This feature is representative of one or more unknown insertion sites.||hi2557|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040728-4|hi2558Tg|This feature is representative of one or more unknown insertion sites.||hi2558|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-10|hi2561Tg|This feature is representative of one or more unknown insertion sites.||hi2561|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 11|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050809-6|hi2570Tg|This feature is representative of one or more unknown insertion sites.||hi2570|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-12|hi2573aTg|This feature is representative of one or more unknown insertion sites.||hi2573a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-14|hi2578Tg|This feature is representative of one or more unknown insertion sites.||hi2578|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-18|hi2581Tg|This feature is representative of one or more unknown insertion sites.||hi2581|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-16|hi2582Tg|This feature is representative of one or more unknown insertion sites.||hi2582|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-16|hi2586Tg|This feature is representative of one or more unknown insertion sites.||hi2586|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040217-12|hi2587Tg|This feature is representative of one or more unknown insertion sites.||hi2587|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-44|hi258Tg|This feature is representative of one or more unknown insertion sites.||hi258|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-041007-22|hi2596Tg|This feature is representative of one or more unknown insertion sites.||hi2596|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040217-2|hi2617Tg|This feature is representative of one or more unknown insertion sites.||hi2617|Transgenic Insertion|embryos treated with DNA||Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-24|hi2618Tg|This feature is representative of one or more unknown insertion sites.||hi2618|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040130-6|hi2628Tg|This feature is representative of one or more unknown insertion sites.||hi2628|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041008-2|hi2635Tg|This feature is representative of one or more unknown insertion sites.||hi2635|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041008-4|hi2639aTg|This feature is representative of one or more unknown insertion sites.||hi2639a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041008-6|hi2639bTg|This feature is representative of one or more unknown insertion sites.||hi2639b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040213-4|hi2639cTg|This feature is representative of one or more unknown insertion sites.||hi2639c|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041008-8|hi2648Tg|This feature is representative of one or more unknown insertion sites.||hi2648|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-2|hi2649Tg|This feature is representative of one or more unknown insertion sites.||hi2649|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041011-2|hi2653Tg|This feature is representative of one or more unknown insertion sites.||hi2653|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 4|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041011-4|hi2666Tg|This feature is representative of one or more unknown insertion sites.||hi2666|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041011-6|hi2667Tg|This feature is representative of one or more unknown insertion sites.||hi2667|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040709-2|hi2675Tg|This feature is representative of one or more unknown insertion sites.||hi2675|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040220-14|hi2677dTg|This feature is representative of one or more unknown insertion sites.||hi2677d|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040709-4|hi2688Tg|This feature is representative of one or more unknown insertion sites.||hi2688|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040713-14|hi2689Tg|This feature is representative of one or more unknown insertion sites.||hi2689|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040713-18|hi2694Tg|This feature is representative of one or more unknown insertion sites.||hi2694|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-36|hi2696Tg|This feature is representative of one or more unknown insertion sites.||hi2696|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040315-2|hi2704Tg|This feature is representative of one or more unknown insertion sites.||hi2704|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.; The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040713-16|hi2705aTg|This feature is representative of one or more unknown insertion sites.||hi2705a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040130-4|hi2715Tg|This feature is representative of one or more unknown insertion sites.||hi2715|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040713-20|hi2718aTg|This feature is representative of one or more unknown insertion sites.||hi2718a|Transgenic Insertion|DNA ||Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040714-2|hi2718bTg|This feature is representative of one or more unknown insertion sites.||hi2718b|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040715-16|hi2720Tg|This feature is representative of one or more unknown insertion sites.||hi2720|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040720-38|hi2727Tg|This feature is representative of one or more unknown insertion sites.||hi2727|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 16|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040220-2|hi2729aTg|This feature is representative of one or more unknown insertion sites.||hi2729a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040714-10|hi2729bTg|This feature is representative of one or more unknown insertion sites.||hi2729b|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040712-4|hi272Tg|This feature is representative of one or more unknown insertion sites.||hi272|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040714-12|hi2734Tg|This feature is representative of one or more unknown insertion sites.||hi2734|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040809-2|hi2735aTg|This feature is representative of one or more unknown insertion sites.||hi2735a|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 16|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040213-6|hi2735bTg|This feature is representative of one or more unknown insertion sites.||hi2735b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 4|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040811-2|hi2737Tg|This feature is representative of one or more unknown insertion sites.||hi2737|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.; The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040223-6|hi2765Tg|This feature is representative of one or more unknown insertion sites.||hi2765|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-16|hi2769Tg|This feature is representative of one or more unknown insertion sites.||hi2769|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 11|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040915-14|hi2786aTg|This feature is representative of one or more unknown insertion sites.||hi2786a|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040924-14|hi2786bTg|This feature is representative of one or more unknown insertion sites.||hi2786b|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040823-2|hi2791Tg|This feature is representative of one or more unknown insertion sites.||hi2791|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 16|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040929-2|hi2799Tg|This feature is representative of one or more unknown insertion sites.||hi2799|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040915-18|hi2806Tg|This feature is representative of one or more unknown insertion sites.||hi2806|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 17|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040824-2|hi2820Tg|This feature is representative of one or more unknown insertion sites.||hi2820|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 11|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041011-8|hi2827aTg|This feature is representative of one or more unknown insertion sites.||hi2827a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040316-2|hi2827bTg|This feature is representative of one or more unknown insertion sites.||hi2827b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 9|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040915-16|hi2836Tg|This feature is representative of one or more unknown insertion sites.||hi2836|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040129-12|hi2839bTg|This feature is representative of one or more unknown insertion sites.||hi2839b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040914-4|hi2857Tg|This feature is representative of one or more unknown insertion sites.||hi2857|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040929-4|hi2865Tg|This feature is representative of one or more unknown insertion sites.||hi2865|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050809-4|hi2869Tg|This feature is representative of one or more unknown insertion sites.||hi2869|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040712-8|hi286Tg|This feature is representative of one or more unknown insertion sites.||hi286|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040824-4|hi2877aTg|This feature is representative of one or more unknown insertion sites.||hi2877a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-26|hi2877bTg|This feature is representative of one or more unknown insertion sites.||hi2877b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040622-14|hi2903Tg|This feature is representative of one or more unknown insertion sites.||hi2903|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-8|hi2908Tg|This feature is representative of one or more unknown insertion sites.||hi2908|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040707-2|hi2911bTg|This feature is representative of one or more unknown insertion sites.||hi2911b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-6|hi2914Tg|This feature is representative of one or more unknown insertion sites.||hi2914|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040824-6|hi2933Tg|This feature is representative of one or more unknown insertion sites.||hi2933|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 24|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040315-4|hi2936Tg|This feature is representative of one or more unknown insertion sites.||hi2936|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040929-6|hi2937Tg|This feature is representative of one or more unknown insertion sites.||hi2937|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 16|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040824-16|hi2939Tg|This feature is representative of one or more unknown insertion sites.||hi2939|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040726-2|hi296aTg|This feature is representative of one or more unknown insertion sites.||hi296a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040713-2|hi296bTg|This feature is representative of one or more unknown insertion sites.||hi296b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040824-8|hi2972bTg|This feature is representative of one or more unknown insertion sites.||hi2972b|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 24|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-84|hi297Tg|This feature is representative of one or more unknown insertion sites.||hi297|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040727-4|hi2991Tg|This feature is representative of one or more unknown insertion sites.||hi2991|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040715-14|hi2992Tg|This feature is representative of one or more unknown insertion sites.||hi2992|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040930-6|hi2993Tg|This feature is representative of one or more unknown insertion sites.||hi2993|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041011-12|hi2994Tg|This feature is representative of one or more unknown insertion sites.||hi2994|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040713-6|hi299Tg|This feature is representative of one or more unknown insertion sites.||hi299|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 11|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-980203-346|hi2Tg|This feature is representative of one or more unknown insertion sites.||hi2|Transgenic Insertion|adult males treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(SFG)|ZDB-TGCONSTRCT-070117-176|2020-10-21
ZDB-ALT-040825-12|hi3013Tg|This feature is representative of one or more unknown insertion sites.||hi3013|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040924-6|hi3017Tg|This feature is representative of one or more unknown insertion sites.||hi3017|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040825-14|hi3018aTg|This feature is representative of one or more unknown insertion sites.||hi3018a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040722-6|hi3018cTg|This feature is representative of one or more unknown insertion sites.||hi3018c|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040712-6|hi3020Tg|This feature is representative of one or more unknown insertion sites.||hi3020|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040719-14|hi3028Tg|This feature is representative of one or more unknown insertion sites.||hi3028|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040220-4|hi3068Tg|This feature is representative of one or more unknown insertion sites.||hi3068|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040825-16|hi3073Tg|This feature is representative of one or more unknown insertion sites.||hi3073|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 10|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041027-4|hi3074Tg|This feature is representative of one or more unknown insertion sites.||hi3074|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040930-8|hi3076Tg|This feature is representative of one or more unknown insertion sites.||hi3076|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-24|hi3079Tg|This feature is representative of one or more unknown insertion sites.||hi3079|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-16|hi307Tg|This feature is representative of one or more unknown insertion sites.||hi307|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040315-6|hi3081Tg|This feature is representative of one or more unknown insertion sites.||hi3081|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050809-14|hi3093Tg|This feature is representative of one or more unknown insertion sites.||hi3093|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 10|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-26|hi3096Tg|This feature is representative of one or more unknown insertion sites.||hi3096|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040825-18|hi3101Tg|This feature is representative of one or more unknown insertion sites.||hi3101|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040220-8|hi3112aTg|This feature is representative of one or more unknown insertion sites.||hi3112a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 17|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040825-20|hi3112bTg|This feature is representative of one or more unknown insertion sites.||hi3112b|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040826-4|hi3118Tg|This feature is representative of one or more unknown insertion sites.||hi3118|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-28|hi3120Tg|This feature is representative of one or more unknown insertion sites.||hi3120|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050909-2|hi3147Tg|This feature is representative of one or more unknown insertion sites.||hi3147|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 9|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040826-6|hi3174aTg|This feature is representative of one or more unknown insertion sites.||hi3174a|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-14|hi3181Tg|This feature is representative of one or more unknown insertion sites.||hi3181|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 25|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-40|hi318Tg|This feature is representative of one or more unknown insertion sites.||hi318|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040310-12|hi3198Tg|This feature is representative of one or more unknown insertion sites.||hi3198|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-16|hi319Tg|This feature is representative of one or more unknown insertion sites.||hi319|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040728-12|hi3202aTg|This feature is representative of one or more unknown insertion sites.||hi3202a|Transgenic Insertion|embryos treated with DNA|The construct consists of two inserts, tail to tail (5'-3', 3'-5') inserted into a gene on the plus strand of the genome.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 25|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040929-8|hi3202bTg|This feature is representative of one or more unknown insertion sites.||hi3202b|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040312-6|hi3205Tg|This feature is representative of one or more unknown insertion sites.||hi3205|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040824-10|hi3208Tg|This feature is representative of one or more unknown insertion sites.||hi3208|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040826-10|hi3235Tg|This feature is representative of one or more unknown insertion sites.||hi3235|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 17|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040826-12|hi3237Tg|This feature is representative of one or more unknown insertion sites.||hi3237|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040130-8|hi3239Tg|This feature is representative of one or more unknown insertion sites.||hi3239|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040312-10|hi3245Tg|This feature is representative of one or more unknown insertion sites.||hi3245|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040930-10|hi3248Tg|This feature is representative of one or more unknown insertion sites.||hi3248|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040824-12|hi3263Tg|This feature is representative of one or more unknown insertion sites.||hi3263|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040826-14|hi3282Tg|This feature is representative of one or more unknown insertion sites.||hi3282|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040908-6|hi3290bTg|This feature is representative of one or more unknown insertion sites.||hi3290b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040930-14|hi3305Tg|This feature is representative of one or more unknown insertion sites.||hi3305|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040827-8|hi3308Tg|This feature is representative of one or more unknown insertion sites.||hi3308|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.; The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040826-16|hi3332Tg|This feature is representative of one or more unknown insertion sites.||hi3332|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040826-18|hi3351Tg|This feature is representative of one or more unknown insertion sites.||hi3351|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040129-8|hi3357Tg|This feature is representative of one or more unknown insertion sites.||hi3357|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041005-6|hi3366Tg|This feature is representative of one or more unknown insertion sites.||hi3366|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040826-20|hi3378Tg|This feature is representative of one or more unknown insertion sites.||hi3378|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040827-10|hi3394aTg|This feature is representative of one or more unknown insertion sites.||hi3394a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 9|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-22|hi3400Tg|This feature is representative of one or more unknown insertion sites.||hi3400|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040713-10|hi340aTg|This feature is representative of one or more unknown insertion sites.||h340, hi340a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040713-12|hi340bTg|This feature is representative of one or more unknown insertion sites.||hi340b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040827-4|hi3417Tg|This feature is representative of one or more unknown insertion sites.||hi3417|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040723-10|hi3439Tg|This feature is representative of one or more unknown insertion sites.||hi3439|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 11|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040714-4|hi343Tg|This feature is representative of one or more unknown insertion sites.||hi343|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040827-14|hi3471Tg|This feature is representative of one or more unknown insertion sites.||hi3471|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040824-14|hi3475Tg|This feature is representative of one or more unknown insertion sites.||hi3475|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.; The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-26|hi3479Tg|This feature is representative of one or more unknown insertion sites.||hi3479|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040716-4|hi3499Tg|This feature is representative of one or more unknown insertion sites.||hi3499|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-2|hi349Tg|This feature is representative of one or more unknown insertion sites.||hi349|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040930-16|hi3505Tg|This feature is representative of one or more unknown insertion sites.||hi3505|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.; Could have been created with either the F5 or GT virus (more likely GT, but cannot be sure)|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040827-16|hi3510Tg|This feature is representative of one or more unknown insertion sites.||hi3510|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-10|hi3512bTg|This feature is representative of one or more unknown insertion sites.||hi3512b|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040830-6|hi3512cTg|This feature is representative of one or more unknown insertion sites.||hi3512c|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050809-18|hi3526bTg|This feature is representative of one or more unknown insertion sites.||hi3526b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040220-12|hi3564Tg|This feature is representative of one or more unknown insertion sites.||hi3564|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-20|hi3580Tg|This feature is representative of one or more unknown insertion sites.||hi3580|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040929-10|hi3583Tg|This feature is representative of one or more unknown insertion sites.||hi3583|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 11|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040830-10|hi3593Tg|This feature is representative of one or more unknown insertion sites.||hi3593|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040713-22|hi3594aTg|This feature is representative of one or more unknown insertion sites.||hi3594a|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-20|hi3619Tg|This feature is representative of one or more unknown insertion sites.||hi3619|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 9|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-2|hi3625aTg|This feature is representative of one or more unknown insertion sites.||hi3625a|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040220-6|hi3627Tg|This feature is representative of one or more unknown insertion sites.||hi3627|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040830-12|hi3630aTg|This feature is representative of one or more unknown insertion sites.||hi3630a|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040722-12|hi3632Tg|This feature is representative of one or more unknown insertion sites.||hi3632|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-18|hi3634Tg|This feature is representative of one or more unknown insertion sites.||hi3634|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.; The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040830-14|hi3635Tg|This feature is representative of one or more unknown insertion sites.||hi3635|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040929-12|hi3639Tg|This feature is representative of one or more unknown insertion sites.||hi3639|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-24|hi3644Tg|This feature is representative of one or more unknown insertion sites.||hi3644|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040315-10|hi3649Tg|This feature is representative of one or more unknown insertion sites.||hi3649|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040723-12|hi3653bTg|This feature is representative of one or more unknown insertion sites.||hi3653b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040830-18|hi3655bTg|This feature is representative of one or more unknown insertion sites.||hi3655b|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050908-8|hi3655dTg|This feature is representative of one or more unknown insertion sites.||hi3655d|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-6|hi3662Tg|This feature is representative of one or more unknown insertion sites.||hi3662|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 10|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040830-20|hi3663Tg|This feature is representative of one or more unknown insertion sites.||hi3663|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040907-8|hi3669Tg|This feature is representative of one or more unknown insertion sites.||hi3669|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040312-2|hi3678Tg|This feature is representative of one or more unknown insertion sites.||hi3678|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 4|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040929-14|hi3681Tg|This feature is representative of one or more unknown insertion sites.||hi3681|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-051213-2|hi3684Tg|This feature is representative of one or more unknown insertion sites.||hi3684|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 17|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-26|hi3685Tg|This feature is representative of one or more unknown insertion sites.||hi3685|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040719-10|hi3689Tg|This feature is representative of one or more unknown insertion sites.||hi3689|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 24|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040720-10|hi3709Tg|This feature is representative of one or more unknown insertion sites.||hi3709|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 10|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040915-6|hi3714Tg|This feature is representative of one or more unknown insertion sites.||hi3714|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040930-2|hi3721Tg|This feature is representative of one or more unknown insertion sites.||hi3721|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050809-8|hi3736aTg|This feature is representative of one or more unknown insertion sites.||hi3736a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-021125-2|hi3747Tg|This feature is representative of one or more unknown insertion sites.||hi3747|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.; Could have been created with either the F5 or GT virus (more likely GT, but cannot be sure)|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-8|hi3764Tg|This feature is representative of one or more unknown insertion sites.||hi3764|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 10|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040923-4|hi3773Tg|This feature is representative of one or more unknown insertion sites.||hi3773|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040720-14|hi3783Tg|This feature is representative of one or more unknown insertion sites.||hi3783|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-18|hi3785Tg|This feature is representative of one or more unknown insertion sites.||hi3785|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050809-16|hi3789Tg|This feature is representative of one or more unknown insertion sites.||hi3789|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-62|hi37Tg|This feature is representative of one or more unknown insertion sites.||hi37|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-041001-16|hi3808Tg|This feature is representative of one or more unknown insertion sites.||hi3808|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-10|hi3812Tg|This feature is representative of one or more unknown insertion sites.||hi3812|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040831-10|hi3817Tg|This feature is representative of one or more unknown insertion sites.||hi3817|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040831-4|hi3820aTg|This feature is representative of one or more unknown insertion sites.||hi3820a|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 11|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-12|hi3820bTg|This feature is representative of one or more unknown insertion sites.||hi3820b|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040721-8|hi3821Tg|This feature is representative of one or more unknown insertion sites.||hi3821|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-32|hi383aTg|This feature is representative of one or more unknown insertion sites.||hi383a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 16|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-090423-4|hi3883Tg|This feature is representative of one or more unknown insertion sites.||hi3883|Transgenic Insertion|embryos treated with DNA|This transgenic line is known to have more than one insertion linked to it's phenotype.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050809-10|hi3885Tg|This feature is representative of one or more unknown insertion sites.||hi3885|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 22|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-4|hi3890Tg|This feature is representative of one or more unknown insertion sites.||hi3890|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-14|hi3893Tg|This feature is representative of one or more unknown insertion sites.||hi3893|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 16|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040223-12|hi3911Tg|This feature is representative of one or more unknown insertion sites.||hi3911|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040312-8|hi3936Tg|This feature is representative of one or more unknown insertion sites.||hi3936|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040827-12|hi3959aTg|This feature is representative of one or more unknown insertion sites.||hi3959, hi3959Tg|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 24|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040310-16|hi3960Tg|This feature is representative of one or more unknown insertion sites.||hi3960|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041001-4|hi3970Tg|This feature is representative of one or more unknown insertion sites.||hi3970|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040310-8|hi3979Tg|This feature is representative of one or more unknown insertion sites.||hi3979|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040310-14|hi3986Tg|This feature is representative of one or more unknown insertion sites.||hi3986|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040723-14|hi3988Tg|This feature is representative of one or more unknown insertion sites.||hi3988|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-001221-6|hi399Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 4|Tg(SFG)|ZDB-TGCONSTRCT-070117-176|2020-10-21
ZDB-ALT-040316-4|hi4003aTg|This feature is representative of one or more unknown insertion sites.||hi4003a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.; Could have been made with either the F5 or GT virus (more likely GT, but cannot be sure)|Hopkins Lab|ZDB-LAB-970424-15|Chr: 9|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040831-6|hi4026Tg|This feature is representative of one or more unknown insertion sites.||hi4026|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 24|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040315-8|hi4042Tg|This feature is representative of one or more unknown insertion sites.||hi4042|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040927-22|hi4049Tg|This feature is representative of one or more unknown insertion sites.||hi4049|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-050809-12|hi4050Tg|This feature is representative of one or more unknown insertion sites.||hi4050|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041026-2|hi4055Tg|This feature is representative of one or more unknown insertion sites.||hi4055|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040727-12|hi4063aTg|This feature is representative of one or more unknown insertion sites.||hi4063a|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040923-2|hi4063bTg|This feature is representative of one or more unknown insertion sites.||hi4063b|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040310-18|hi4070Tg|This feature is representative of one or more unknown insertion sites.||hi4070|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040714-8|hi409Tg|This feature is representative of one or more unknown insertion sites.||hi409|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-041011-10|hi4103Tg|This feature is representative of one or more unknown insertion sites.||hi4103|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041007-8|hi4131Tg|This feature is representative of one or more unknown insertion sites.||hi4131|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040831-8|hi4134Tg|This feature is representative of one or more unknown insertion sites.||hi4134|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040831-12|hi4153Tg|This feature is representative of one or more unknown insertion sites.||hi4153|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 6|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040831-2|hi4161aTg|This feature is representative of one or more unknown insertion sites.||hi4161a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 8|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040830-2|hi4166Tg|This feature is representative of one or more unknown insertion sites.||hi4166|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040915-10|hi4201bTg|This feature is representative of one or more unknown insertion sites.||hi4201b|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 25|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040713-8|hi4205Tg|This feature is representative of one or more unknown insertion sites.||hi4205|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.; Could have been created with either the F5 or GT virus (more likely GT, but cannot be sure)|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-106|hi428Tg|This feature is representative of one or more unknown insertion sites.||hi428|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-90|hi429Tg|This feature is representative of one or more unknown insertion sites.||hi429|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 13|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-64|hi43Tg|This feature is representative of one or more unknown insertion sites.||hi43|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-22|hi447Tg|This feature is representative of one or more unknown insertion sites.||hi447|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-70|hi459Tg|This feature is representative of one or more unknown insertion sites.||hi459|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040715-2|hi471Tg|This feature is representative of one or more unknown insertion sites.||hi471|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 9|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-72|hi472Tg|This feature is representative of one or more unknown insertion sites.||hi472|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-26|hi486Tg|This feature is representative of one or more unknown insertion sites.||hi486|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 17|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-48|hi491Tg|This feature is representative of one or more unknown insertion sites.||hi491|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-980203-304|hi4Tg|This feature is representative of one or more unknown insertion sites.||hi4|Transgenic Insertion|adult males treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(SFG)|ZDB-TGCONSTRCT-070117-176|2020-10-21
ZDB-ALT-020426-44|hi526aTg|This feature is representative of one or more unknown insertion sites.||hi526a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 14|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040715-8|hi526bTg|This feature is representative of one or more unknown insertion sites.||hi526b|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-58|hi528Tg|This feature is representative of one or more unknown insertion sites.||hi528|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-52|hi548Tg|This feature is representative of one or more unknown insertion sites.||hi548|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-88|hi550Tg|This feature is representative of one or more unknown insertion sites.||hi550|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040715-10|hi557Tg|This feature is representative of one or more unknown insertion sites.||hi557|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020430-54|hi558Tg|This feature is representative of one or more unknown insertion sites.||hi558|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040716-2|hi559Tg|This feature is representative of one or more unknown insertion sites.||hi559|Transgenic Insertion|embryos treated with DNA|The construct consists of two inserts, tail to tail (5'-3', 3'-5') inserted into a gene on the minus strand of the genome.; Retroviral insertion in the first intron of cdipt disrupting the PI synthase amino acid sequence near the amino terminus.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-104|hi572Tg|This feature is representative of one or more unknown insertion sites.||hi572|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020430-8|hi577aTg|This feature is representative of one or more unknown insertion sites.||hi577a|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 4|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020430-48|hi577bTg|This feature is representative of one or more unknown insertion sites.||hi577b|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 15|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-12|hi591Tg|This feature is representative of one or more unknown insertion sites.||hi591|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020422-8|hi5Tg|This feature is representative of one or more unknown insertion sites.||hi5|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020430-50|hi601Tg|This feature is representative of one or more unknown insertion sites.||hi601|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-94|hi61Tg|This feature is representative of one or more unknown insertion sites.||hi61|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 23|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-74|hi63Tg|This feature is representative of one or more unknown insertion sites.||hi63|Transgenic Insertion|DNA ||Hopkins Lab|ZDB-LAB-970424-15|Chr: 21|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020430-30|hi642Tg|This feature is representative of one or more unknown insertion sites.||hi642|Transgenic Insertion|DNA ||Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020430-40|hi688Tg|This feature is representative of one or more unknown insertion sites.||hi688|Transgenic Insertion|DNA ||Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-38|hi694Tg|This feature is representative of one or more unknown insertion sites.||hi694|Transgenic Insertion|DNA ||Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040217-10|hi780Tg|This feature is representative of one or more unknown insertion sites.||hi780|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040716-6|hi781Tg|This feature is representative of one or more unknown insertion sites.||hi781|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-36|hi783Tg|This feature is representative of one or more unknown insertion sites.||hi783|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020430-34|hi800aTg|This feature is representative of one or more unknown insertion sites.||hi800a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 7|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-60|hi80aTg|This feature is representative of one or more unknown insertion sites.||hi80a|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 5|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-92|hi821aTg|This feature is representative of one or more unknown insertion sites.||hi821a|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.; Insertion within the second intron of the gene wdr43.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 17|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040217-20|hi821bTg|This feature is representative of one or more unknown insertion sites.||hi821b|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040719-2|hi823Tg|This feature is representative of one or more unknown insertion sites.||hi823|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040716-8|hi840Tg|This feature is representative of one or more unknown insertion sites.||hi840|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-050805-2|hi870Tg|This feature is representative of one or more unknown insertion sites.||hi870|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 18|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-54|hi887Tg|This feature is representative of one or more unknown insertion sites.||hi887|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-22|hi889Tg|This feature is representative of one or more unknown insertion sites.||hi889|Transgenic Insertion|DNA |The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is also on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020301-2|hi891Tg|This feature is representative of one or more unknown insertion sites.||hi891|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(SFG)|ZDB-TGCONSTRCT-070117-176|2020-10-21
ZDB-ALT-020426-82|hi904Tg|This feature is representative of one or more unknown insertion sites.||hi904|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-80|hi923Tg|This feature is representative of one or more unknown insertion sites.||hi923|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 2|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040719-4|hi929Tg|This feature is representative of one or more unknown insertion sites.||hi929|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 24|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040719-12|hi932Tg|This feature is representative of one or more unknown insertion sites.||hi932|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the plus strand of the genome. The gene in which the insertion occurred is on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 12|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-041026-4|hi933Tg|This feature is representative of one or more unknown insertion sites.||hi933|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 3|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020430-28|hi954Tg|This feature is representative of one or more unknown insertion sites.||hi954|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040720-2|hi962Tg|This feature is representative of one or more unknown insertion sites.||hi962|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-040719-8|hi969Tg|This feature is representative of one or more unknown insertion sites.||hi969|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 24|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-86|hi96Tg|This feature is representative of one or more unknown insertion sites.||hi96|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 20|Tg(F5)|ZDB-TGCONSTRCT-070117-174|2020-10-21
ZDB-ALT-020426-4|hi975Tg|This feature is representative of one or more unknown insertion sites.||hi975|Transgenic Insertion|DNA |The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is on the plus strand.|Hopkins Lab|ZDB-LAB-970424-15|Ambiguous|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-020426-102|hi994Tg|This feature is representative of one or more unknown insertion sites.||hi994|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 1|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-040720-6|hi998Tg|This feature is representative of one or more unknown insertion sites.||hi998|Transgenic Insertion|embryos treated with DNA|The construct was inserted on the minus strand of the genome. The gene in which the insertion occurred is also on the minus strand.|Hopkins Lab|ZDB-LAB-970424-15|Chr: 19|Tg(nLacz-GTvirus)|ZDB-TGCONSTRCT-070117-175|2020-10-21
ZDB-ALT-150413-1|hjr1Tg||||Transgenic Insertion|embryos treated with DNA||Fish Reproduction|ZDB-LAB-080521-1|Unmapped|Tg(Oni.Fshb:EGFP,myl7:EGFP)|ZDB-TGCONSTRCT-150413-1|2020-10-21
ZDB-ALT-150413-2|hjr2Tg||||Transgenic Insertion|embryos treated with DNA||Fish Reproduction|ZDB-LAB-080521-1|Unmapped|Tg(Oni.Lhb:mCherry,myl7:EGFP)|ZDB-TGCONSTRCT-150413-2|2020-10-21
ZDB-ALT-150803-5|hjr3Tg||||Transgenic Insertion|embryos treated with DNA|The line expresses tagRFP in the LH gonadotropes of the pituitary.|Fish Reproduction|ZDB-LAB-080521-1|Unmapped|Tg(Oni.Ihb:TagRFP-CAAX,myl7:mCherry)|ZDB-TGCONSTRCT-150803-5|2020-10-21
ZDB-ALT-140217-7|hkb1Tg||||Transgenic Insertion|embryos treated with DNA||KL Yung Lab|ZDB-LAB-130530-2|Unmapped|Tg(th:GFP)|ZDB-TGCONSTRCT-140217-7|2020-10-21
ZDB-ALT-140417-2|hki1Tg||||Transgenic Insertion|embryos treated with DNA||Panula Lab|ZDB-LAB-970819-15|Unmapped|Tg(pink1:EGFP)|ZDB-TGCONSTRCT-140417-2|2020-10-21
ZDB-ALT-180816-1|hki2||||Small Deletion|embryos treated with CRISPR1-hrh3|A five-nucleotide deletion results in a frameshift after amino acid 133, and a premature stop codon at 312 amino acids, resulting in the loss of 5 of 7 transmembrane domains and the domain necessary for the constitutive activity of the receptor.|Panula Lab|ZDB-LAB-970819-15|Chr: 7|||2020-10-21
ZDB-ALT-140911-6|hkk10Tg||||Transgenic Insertion|embryos treated with DNA||Kotani Lab|ZDB-LAB-131220-1|Unmapped|Tg6(Xla.Eef1a1-ccnb1:TC-EGFP-STOP-ccnb1)|ZDB-TGCONSTRCT-140911-6|2020-10-21
ZDB-ALT-120103-5|hkk1Tg|||Tg(Xla.Eef1a1-ccnb1:TC-EGFP-ccnb1)hkk1, zf251Tg|Transgenic Insertion|embryos treated with DNA||Kotani Lab|ZDB-LAB-131220-1|Unmapped|Tg(Xla.Eef1a1-ccnb1:TC-EGFP-STOP-ccnb1)|ZDB-TGCONSTRCT-120103-5|2020-10-21
ZDB-ALT-120103-6|hkk2Tg|||Tg1(Xla.Eef1a1-UTR-ccnb1:TC-EGFP)hkk2, Tg(Xla.Eef1a1-1ccnb1:TC-EGFP)zf252, zf252Tg|Transgenic Insertion|embryos treated with DNA||Kotani Lab|ZDB-LAB-131220-1|Unmapped|Tg1(Xla.Eef1a1-UTR-ccnb1:TC-EGFP)|ZDB-TGCONSTRCT-120103-6|2020-10-21
ZDB-ALT-120103-7|hkk3Tg|||Tg2(Xla.Eef1a1-UTR-ccnb1:TC-EGFP)hkk3, Tg(Xla.Eef1a1-2ccnb1:TC-EGFP)zf253, zf253Tg|Transgenic Insertion|embryos treated with DNA||Kotani Lab|ZDB-LAB-131220-1|Unmapped|Tg2(Xla.Eef1a1-UTR-ccnb1:TC-EGFP)|ZDB-TGCONSTRCT-120103-7|2020-10-21
ZDB-ALT-140109-1|hkk4Tg|||Tg3(Xla.Eef1a1-UTR-ccnb1:TC-EGFP)hkk4|Transgenic Insertion|embryos treated with DNA||Kotani Lab|ZDB-LAB-131220-1|Unmapped|Tg3(Xla.Eef1a1-UTR-ccnb1:TC-EGFP)|ZDB-TGCONSTRCT-131230-1|2020-10-21
ZDB-ALT-140911-1|hkk5Tg||||Transgenic Insertion|embryos treated with DNA||Kotani Lab|ZDB-LAB-131220-1|Unmapped|Tg1(Xla.Eef1a1-ccnb1:TC-EGFP-STOP-ccnb1)|ZDB-TGCONSTRCT-140911-1|2020-10-21
ZDB-ALT-140911-2|hkk6Tg||||Transgenic Insertion|embryos treated with DNA||Kotani Lab|ZDB-LAB-131220-1|Unmapped|Tg2(Xla.Eef1a1-ccnb1:TC-EGFP-STOP-ccnb1)|ZDB-TGCONSTRCT-140911-2|2020-10-21
ZDB-ALT-140911-3|hkk7Tg||||Transgenic Insertion|embryos treated with DNA||Kotani Lab|ZDB-LAB-131220-1|Unmapped|Tg3(Xla.Eef1a1-ccnb1:TC-EGFP-STOP-ccnb1)|ZDB-TGCONSTRCT-140911-3|2020-10-21
ZDB-ALT-140911-4|hkk8Tg||||Transgenic Insertion|embryos treated with DNA||Kotani Lab|ZDB-LAB-131220-1|Unmapped|Tg4(Xla.Eef1a1-ccnb1:TC-EGFP-STOP-ccnb1)|ZDB-TGCONSTRCT-140911-4|2020-10-21
ZDB-ALT-140911-5|hkk9Tg||||Transgenic Insertion|embryos treated with DNA||Kotani Lab|ZDB-LAB-131220-1|Unmapped|Tg5(Xla.Eef1a1-ccnb1:TC-EGFP-STOP-ccnb1)|ZDB-TGCONSTRCT-140911-5|2020-10-21
ZDB-ALT-150729-2|hkz010tTg|||hkz10tTg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(hsp70l:il1b-EGFP)|ZDB-TGCONSTRCT-150729-2|2020-10-21
ZDB-ALT-161018-5|hkz011tTg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(coro1a:DsRedx)|ZDB-TGCONSTRCT-161018-4|2020-10-21
ZDB-ALT-160114-1|hkz012tTg|||hkz12Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(coro1a:LOXP-DsRedx-LOXP-GFP)|ZDB-TGCONSTRCT-160114-1|2020-10-21
ZDB-ALT-161020-2|hkz013tTg|||hkz013Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(Xla.Tubb2b:bcl2a)|ZDB-TGCONSTRCT-161020-2|2020-10-21
ZDB-ALT-161018-6|hkz014tTg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(coro1a:Kaede)|ZDB-TGCONSTRCT-161018-5|2020-10-21
ZDB-ALT-161018-7|hkz015tTg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(mpeg1.1:LOXP-DsRedx-LOXP-EGFP)|ZDB-TGCONSTRCT-161018-6|2020-10-21
ZDB-ALT-180702-2|hkz016tTg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(lck:LOXP-DsRedx-LOXP-EGFP)|ZDB-TGCONSTRCT-180702-3|2020-10-21
ZDB-ALT-180702-3|hkz017tTg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(LCR:LOXP-DsRedx-LOXP-EGFP)|ZDB-TGCONSTRCT-180702-2|2020-10-21
ZDB-ALT-180817-1|hkz018tTg|||hkz018Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg2(Xla.Tubb:DsRed)|ZDB-TGCONSTRCT-180817-1|2020-10-21
ZDB-ALT-181207-11|hkz019tTg|||hkz19Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(Xla.Tubb:il34)|ZDB-TGCONSTRCT-181207-11|2020-10-21
ZDB-ALT-120228-1|hkz01tTg|||hkz1tTg, Tg(hsp70l:MYC-irf8)hkz1t|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(hsp70l:MYC-irf8)|ZDB-TGCONSTRCT-120228-1|2020-10-21
ZDB-ALT-190906-2|hkz020tTg|||hkz020Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(mfap4:EGFP)|ZDB-TGCONSTRCT-190906-1|2020-10-21
ZDB-ALT-191122-2|hkz021tTg|||hkz021Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(cldnh:GFP)|ZDB-TGCONSTRCT-191122-1|2020-10-21
ZDB-ALT-191122-3|hkz022tTg|||hkz022Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(cldnh:DsRedx)|ZDB-TGCONSTRCT-191122-2|2020-10-21
ZDB-ALT-191122-4|hkz023tTg|||hkz023Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(krtt1c19e:mCherry-2A-Cre-ERT2)|ZDB-TGCONSTRCT-191122-3|2020-10-21
ZDB-ALT-191122-5|hkz024tTg|||hkz024Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(tp63:mCherry-2A-Cre-ERT2)|ZDB-TGCONSTRCT-191122-4|2020-10-21
ZDB-ALT-191122-6|hkz025tTg|||hkz025Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(drl:mCherry-2A-Cre)|ZDB-TGCONSTRCT-191122-6|2020-10-21
ZDB-ALT-191122-7|hkz026tTg|||hkz026Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(tbxta:mCherry-2A-Cre)|ZDB-TGCONSTRCT-191122-5|2020-10-21
ZDB-ALT-191125-1|hkz027tTg|||hkz027Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(mpeg1.1:LOXP-miRFP-LOXP-GFP)|ZDB-TGCONSTRCT-191125-1|2020-10-21
ZDB-ALT-191122-8|hkz028tTg|||hkz028Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(mpeg1.1:LOXP-DsRedx-LOXP-GFP-NTR)|ZDB-TGCONSTRCT-191122-7|2020-10-21
ZDB-ALT-200227-4|hkz029tTg|||hkz029Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(coro1a:nlrc3l-EGFP)|ZDB-TGCONSTRCT-200227-1|2020-10-21
ZDB-ALT-130826-3|hkz02tTg|||Tg(hsp70l:MYC-runx1)hkz02t|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(hsp70l:MYC-runx1)|ZDB-TGCONSTRCT-130826-3|2020-10-21
ZDB-ALT-200421-3|hkz032tTg|||hkz032Tg, zf3063Tg|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg2(mpeg1.1:GFP)|ZDB-TGCONSTRCT-200421-3|2020-10-21
ZDB-ALT-130125-2|hkz03tTg|||Tg(hsp70l:MYC-cmyb)hkz03t|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(hsp70l:MYC-myb)|ZDB-TGCONSTRCT-130125-2|2020-10-21
ZDB-ALT-120810-3|hkz04tTg|||Tg(coro1a:EGFP)hkz04t|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(coro1a:EGFP)|ZDB-TGCONSTRCT-120810-3|2020-10-21
ZDB-ALT-120810-4|hkz05tTg|||Tg(coro1a:EGFP)hkz05t|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(coro1a:EGFP)|ZDB-TGCONSTRCT-120810-3|2020-10-21
ZDB-ALT-140130-1|hkz06tTg|||TgPAC(tal1:d2EGFP,tal1:DsRed)hkz06t|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|TgPAC(tal1:d2EGFP,tal1:DsRed)|ZDB-TGCONSTRCT-140130-4|2020-10-21
ZDB-ALT-140130-2|hkz07tTg|||TgPAC(tal1:DsRed)hkz07t|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|TgPAC(tal1:DsRed)|ZDB-TGCONSTRCT-140130-6|2020-10-21
ZDB-ALT-140130-3|hkz08tTg|||TgPAC(tal1:d2EGFP)hkz08t|Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|TgPAC(tal1:d2EGFP)|ZDB-TGCONSTRCT-140130-5|2020-10-21
ZDB-ALT-150729-1|hkz09tTg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg2(hsp70l:EGFP)|ZDB-TGCONSTRCT-150729-1|2020-10-21
ZDB-ALT-110218-37|hkz1|||rumba|Point Mutation|adult males treated with ENU||Wen Lab|ZDB-LAB-011010-6|Chr: 16|||2020-10-21
ZDB-ALT-181210-2|hkz10|||-4bp|Small Deletion|embryos treated with CRISPR1-csf1b||Wen Lab|ZDB-LAB-011010-6|Chr: 8|||2020-10-21
ZDB-ALT-111025-1|hkz100Tg|||Tg(actc1b:Avi.aequorin-EGFP)hkz100|Transgenic Insertion|embryos treated with DNA||Laboratory of Dr. Andrew L. Miller|ZDB-LAB-970424-45|Unmapped|Tg(actc1b:AVI.aequorin,EGFP)|ZDB-TGCONSTRCT-111025-1|2020-10-21
ZDB-ALT-181210-3|hkz11|||-4bp|Small Deletion|embryos treated with CRISPR1-il34||Wen Lab|ZDB-LAB-011010-6|Chr: 18|||2020-10-21
ZDB-ALT-191209-6|hkz13|||biluo, hkz12|Point Mutation||hypomorphic allele|Wen Lab|ZDB-LAB-011010-6|Chr: 1|||2020-10-21
ZDB-ALT-200518-3|hkz14||||Small Deletion|embryos treated with CRISPR1-pycard,caspa||Wen Lab|ZDB-LAB-011010-6|Chr: 16|||2020-10-21
ZDB-ALT-181207-7|hkz15Tg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(mpeg1.1:LOXP-DsRedx-LOXP-GFP)|ZDB-TGCONSTRCT-181207-7|2020-10-21
ZDB-ALT-181207-8|hkz16Tg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(mpeg1.1:Kaede)|ZDB-TGCONSTRCT-181207-8|2020-10-21
ZDB-ALT-181207-9|hkz17Tg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(Xla.Tubb:csf1a)|ZDB-TGCONSTRCT-181207-9|2020-10-21
ZDB-ALT-181207-10|hkz18Tg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(Xla.Tubb:csf1b)|ZDB-TGCONSTRCT-181207-10|2020-10-21
ZDB-ALT-110218-38|hkz2|||samba|Point Mutation|adult males treated with ENU||Wen Lab|ZDB-LAB-011010-6|Chr: 7|||2020-10-21
ZDB-ALT-191015-1|hkz20Tg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(coro1a:mcoln1a)|ZDB-TGCONSTRCT-191015-1|2020-10-21
ZDB-ALT-191015-2|hkz21Tg||||Transgenic Insertion|embryos treated with DNA||Wen Lab|ZDB-LAB-011010-6|Unmapped|Tg(elavl3:mcoln1a)|ZDB-TGCONSTRCT-191015-2|2020-10-21
ZDB-ALT-130204-1|hkz3||||Point Mutation|ENU |Sequencing of the cmyb locus revealed a T-to-A splice mutation leading to a competitive splice acceptor. the cmyb transcript contained a 13 nucleotide insertion between exon 8 and exon 9. This mutation leads to a truncated c-Myb protein lacking the transactivation domain but retains the DNA-binding domain|Wen Lab|ZDB-LAB-011010-6|Chr: 23|||2020-10-21
ZDB-ALT-140320-1|hkz4|||G242D|Point Mutation|ENU |G242D is a hypomorphic allele harboring a missense mutation that destabilized the protein and weakened overall activity.|Wen Lab|ZDB-LAB-011010-6|Chr: 7|||2020-10-21
ZDB-ALT-121220-1|hkz5|||tango|Point Mutation|ENU ||Wen Lab|ZDB-LAB-011010-6|Chr: 15|||2020-10-21
ZDB-ALT-200110-1|hkz6|||puer|Point Mutation|ENU ||Wen Lab|ZDB-LAB-011010-6|Chr: 15|||2020-10-21
ZDB-ALT-170424-1|hkz7|||sm1120, smu1120|Insertion|adult males treated with ENU|The truncated Cebpa protein lacks the C-terminus of bZIP domain.|Wen Lab|ZDB-LAB-011010-6|Chr: 7|||2020-10-21
ZDB-ALT-160901-4|hkz8|||116|Point Mutation|adult males treated with ENU||Wen Lab|ZDB-LAB-011010-6|Chr: 21|||2020-10-21
ZDB-ALT-181210-1|hkz9|||+25 bp|Insertion|embryos treated with CRISPR1-csf1a||Wen Lab|ZDB-LAB-011010-6|Chr: 11|||2020-10-21
ZDB-ALT-130625-2|hm13Tg|||Tg(actb2:Hsa.H2B-mCherry2)hm13|Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:Hsa.H2B-mCherry2)|ZDB-TGCONSTRCT-130625-2|2020-10-21
ZDB-ALT-150209-2|hm15Tg||||Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:hist2h2l-Citrine-AVI)|ZDB-TGCONSTRCT-150209-1|2020-10-21
ZDB-ALT-110329-1|hm1Tg|||EMTB-3GFP, Tg(bactin2:Hsa.MAP7-EGFP)hm1, Tg(bactin2:HsENSCONSIN17-282-3xEGFP)hm1|Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:Hsa.MAP7-EGFP)|ZDB-TGCONSTRCT-110329-1|2020-10-21
ZDB-ALT-130114-2|hm25Tg|||Tg(act2b:Hsa.H2B-Tomato)hm25|Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:Hsa.H2B-Tomato)|ZDB-TGCONSTRCT-130114-1|2020-10-21
ZDB-ALT-130114-1|hm26Tg|||Tg(act2b:MA-Citrine)hm26|Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:MA-Citrine)|ZDB-TGCONSTRCT-130114-2|2020-10-21
ZDB-ALT-130625-1|hm29Tg|||Tg(actb2:MA-mCherry2)hm29|Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:MA-mCherry2)|ZDB-TGCONSTRCT-130625-1|2020-10-21
ZDB-ALT-150209-1|hm30Tg||||Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:MA-Citrine)|ZDB-TGCONSTRCT-130114-2|2020-10-21
ZDB-ALT-150209-3|hm31Tg||||Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:Hsa.HIST1H2BJ-EGFP,actb2:MA-mCherry2)|ZDB-TGCONSTRCT-150209-2|2020-10-21
ZDB-ALT-161213-1|hm32Tg||||Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:MA-Citrine)|ZDB-TGCONSTRCT-130114-2|2020-10-21
ZDB-ALT-161213-2|hm33Tg||||Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:Hsa.H2B-Tomato)|ZDB-TGCONSTRCT-130114-1|2020-10-21
ZDB-ALT-151109-2|hm34Tg||||Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(hsp70l:Cerulean-Cre)|ZDB-TGCONSTRCT-151109-2|2020-10-21
ZDB-ALT-181018-1|hm35Tg||||Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(hsp70l:rac1a_T17N-2A-MA-mCherry2)|ZDB-TGCONSTRCT-181018-1|2020-10-21
ZDB-ALT-181024-1|hm36Tg||||Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:MA-MCardinal)|ZDB-TGCONSTRCT-181022-2|2020-10-21
ZDB-ALT-200304-32|hm37||||Small Deletion|embryos treated with CRISPR1-mfsd2aa||Megason Lab|ZDB-LAB-080703-1|Chr: 13|||2020-10-21
ZDB-ALT-200304-33|hm38||||Indel|embryos treated with CRISPR1-mfsd2ab||Megason Lab|ZDB-LAB-080703-1|Chr: 19|||2020-10-21
ZDB-ALT-200306-1|hm39Tg||||Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:Hsa.H2B-mScarlet)|ZDB-TGCONSTRCT-200306-1|2020-10-21
ZDB-ALT-181024-2|hm61Tg||||Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(actb2:MA-MCardinal)|ZDB-TGCONSTRCT-181022-2|2020-10-21
ZDB-ALT-151109-1|hm7Tg||||Transgenic Insertion|embryos treated with DNA||Megason Lab|ZDB-LAB-080703-1|Unmapped|Tg(elavl3:Cerulean-Cre)|ZDB-TGCONSTRCT-151109-1|2020-10-21
ZDB-ALT-190408-3|hmr1||||Small Deletion|embryos treated with CRISPR1-tbx20||Longhou Fang Lab|ZDB-LAB-190408-1|Chr: 16|||2020-10-21
ZDB-ALT-190408-4|hmr2||||Insertion|embryos treated with CRISPR1-prok2||Longhou Fang Lab|ZDB-LAB-190408-1|Chr: 6|||2020-10-21
ZDB-ALT-190408-5|hmr3||||Small Deletion|embryos treated with CRISPR2-prokr1a||Longhou Fang Lab|ZDB-LAB-190408-1|Chr: 1|||2020-10-21
ZDB-ALT-200416-1|hmr4Tg||||Transgenic Insertion|embryos treated with DNA||Longhou Fang Lab|ZDB-LAB-190408-1|Unmapped|Tg(kdrl:GAL4-ERT2)|ZDB-TGCONSTRCT-200416-1|2020-10-21
ZDB-ALT-200416-2|hmr5Tg||||Transgenic Insertion|embryos treated with DNA||Longhou Fang Lab|ZDB-LAB-190408-1|Unmapped|Tg(4xUAS:FLAG-srebf2-2A-mCerulean3)|ZDB-TGCONSTRCT-200416-5|2020-10-21
ZDB-ALT-200416-3|hmr6Tg||||Transgenic Insertion|embryos treated with DNA||Longhou Fang Lab|ZDB-LAB-190408-1|Unmapped|Tg(4xUAS:notch1a-2A-RFP)|ZDB-TGCONSTRCT-200416-6|2020-10-21
ZDB-ALT-200416-4|hmr7||||Small Deletion|embryos treated with CRISPR1-yjefn3||Longhou Fang Lab|ZDB-LAB-190408-1|Chr: 22|||2020-10-21
ZDB-ALT-200416-5|hmr8||||Small Deletion|embryos treated with CRISPR14-srebf2||Longhou Fang Lab|ZDB-LAB-190408-1|Chr: 3|||2020-10-21
ZDB-ALT-160811-1|hn1Tg||||Transgenic Insertion|embryos treated with DNA||Deng Lab|ZDB-LAB-160805-1|Unmapped|Tg4(myl7:EGFP)|ZDB-TGCONSTRCT-160811-1|2020-10-21
ZDB-ALT-091027-19|hoxb1b_unrecovered|||un_hoxb1b, unrec_hoxb1b, unrecovered_hoxb1b|Point Mutation|adult males treated with ENU||||Chr: 12|||2020-10-21
ZDB-ALT-190401-1|hsc102Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(myl7:LOXP-STOP-LOXP-GFP)|ZDB-TGCONSTRCT-190401-1|2020-10-21
ZDB-ALT-190910-2|hsc104Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.hddc2-hey2.cne21:CreERT2)|ZDB-TGCONSTRCT-190910-2|2020-10-21
ZDB-ALT-190903-3|hsc105Tg||||Transgenic Insertion|embryos treated with DNA||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(foxj1a:iCre,myl7:EGFP)|ZDB-TGCONSTRCT-190903-5|2020-10-21
ZDB-ALT-190903-4|hsc106Tg||||Transgenic Insertion|embryos treated with DNA||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(foxj1a:iCre,myl7:EGFP)|ZDB-TGCONSTRCT-190903-5|2020-10-21
ZDB-ALT-190903-5|hsc107Tg||||Transgenic Insertion|embryos treated with DNA||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(Xla.Cryg:LOXP-EGFP,foxj1a:ptk7a-LOXP-mCherry)|ZDB-TGCONSTRCT-190903-6|2020-10-21
ZDB-ALT-190903-6|hsc108Tg||||Transgenic Insertion|embryos treated with DNA||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(Xla.Cryg:LOXP-EGFP,foxj1a:ptk7a-LOXP-mCherry)|ZDB-TGCONSTRCT-190903-6|2020-10-21
ZDB-ALT-150714-2|hsc10Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(hsp70l:med14,cryaa:EGFP)|ZDB-TGCONSTRCT-150714-2|2020-10-21
ZDB-ALT-161123-3|hsc11||||Small Deletion|embryos treated with CRISPR1-mespaa||Scott Laboratory|ZDB-LAB-051026-1|Chr: 7|||2020-10-21
ZDB-ALT-200826-8|hsc127Tg||||Transgenic Insertion|embryos treated with DNA||Pearson Lab|ZDB-LAB-190215-2|Unmapped|Tg(ubb:QF-GAL4)|ZDB-TGCONSTRCT-200813-9|2020-10-21
ZDB-ALT-160719-1|hsc12Tg||||Transgenic Insertion|embryos treated with DNA||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(foxj1a:ptk7a,cryaa:EGFP)|ZDB-TGCONSTRCT-160719-2|2020-10-21
ZDB-ALT-200826-4|hsc138Tg||||Transgenic Insertion|embryos treated with DNA||Pearson Lab|ZDB-LAB-190215-2|Unmapped|Tg(QUASM1-e1b:GFP-NLS)|ZDB-TGCONSTRCT-200813-5|2020-10-21
ZDB-ALT-160719-2|hsc13Tg||||Transgenic Insertion|embryos treated with DNA||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(foxj1a:ptk7a,cryaa:EGFP)|ZDB-TGCONSTRCT-160719-2|2020-10-21
ZDB-ALT-200826-5|hsc143Tg||||Transgenic Insertion|embryos treated with DNA||Pearson Lab|ZDB-LAB-190215-2|Unmapped|Tg(QUAS5X-E1B:GFP-NLS)|ZDB-TGCONSTRCT-200813-6|2020-10-21
ZDB-ALT-200826-7|hsc148Tg||||Transgenic Insertion|embryos treated with DNA||Pearson Lab|ZDB-LAB-190215-2|Unmapped|Tg(actc1b:QF-GAL4)|ZDB-TGCONSTRCT-200813-8|2020-10-21
ZDB-ALT-200826-6|hsc149Tg||||Transgenic Insertion|embryos treated with DNA||Pearson Lab|ZDB-LAB-190215-2|Unmapped|Tg(QUASM1-E1B:mScarlet-NLS)|ZDB-TGCONSTRCT-200813-7|2020-10-21
ZDB-ALT-160719-3|hsc14Tg||||Transgenic Insertion|embryos treated with DNA||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(foxj1a:ptk7a,cryaa:EGFP)|ZDB-TGCONSTRCT-160719-2|2020-10-21
ZDB-ALT-200826-9|hsc150Tg||||Transgenic Insertion|embryos treated with DNA||Pearson Lab|ZDB-LAB-190215-2|Unmapped|Tg(ubb:LOXP-mScarlet-LOXP-QF-GAL4)|ZDB-TGCONSTRCT-200813-10|2020-10-21
ZDB-ALT-200826-10|hsc151Tg||||Transgenic Insertion|embryos treated with DNA||Pearson Lab|ZDB-LAB-190215-2|Unmapped|Tg(ubb:LOXP-mScarlet-LOXP-QF-GAL4,QUAS:GFP-NLS)|ZDB-TGCONSTRCT-200813-11|2020-10-21
ZDB-ALT-200803-1|hsc152||||MNV|embryos treated with CRISPR1-reep5||Scott Laboratory|ZDB-LAB-051026-1|Chr: 10|||2020-10-21
ZDB-ALT-201019-8|hsc153Tg||||Transgenic Insertion|embryos treated with DNA||Jim Dowling Lab|ZDB-LAB-090527-1|Unmapped|Tg(hsp70l:Hsa.DNM2-EGFP,cryaa:mCherry)|ZDB-TGCONSTRCT-201019-5|2020-10-21
ZDB-ALT-201019-9|hsc154Tg||||Transgenic Insertion|embryos treated with DNA||Jim Dowling Lab|ZDB-LAB-090527-1|Unmapped|Tg(hsp70l:Hsa.DNM2_R465W-EGFP,cryaa:mCherry)|ZDB-TGCONSTRCT-201019-9|2020-10-21
ZDB-ALT-201019-10|hsc155Tg||||Transgenic Insertion|embryos treated with DNA||Jim Dowling Lab|ZDB-LAB-090527-1|Unmapped|Tg(hsp70l:Hsa.DNM2_G537-EGFP,cryaa:mCherry)|ZDB-TGCONSTRCT-201019-7|2020-10-21
ZDB-ALT-201019-11|hsc156Tg||||Transgenic Insertion|embryos treated with DNA||Jim Dowling Lab|ZDB-LAB-090527-1|Unmapped|Tg(hsp70l:Hsa.DNM2_S619L-EGFP,cryaa:mCherry)|ZDB-TGCONSTRCT-201019-8|2020-10-21
ZDB-ALT-201019-12|hsc157Tg||||Transgenic Insertion|embryos treated with DNA||Jim Dowling Lab|ZDB-LAB-090527-1|Unmapped|Tg(-0.5unc45b:mCherry-CAAX)|ZDB-TGCONSTRCT-201019-10|2020-10-21
ZDB-ALT-160719-4|hsc15Tg||||Transgenic Insertion|embryos treated with DNA||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(foxj1a:ptk7a,cryaa:EGFP)|ZDB-TGCONSTRCT-160719-2|2020-10-21
ZDB-ALT-160719-5|hsc16Tg||||Transgenic Insertion|embryos treated with DNA||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(foxj1a:EGFP)|ZDB-TGCONSTRCT-160719-1|2020-10-21
ZDB-ALT-160719-6|hsc17Tg||||Transgenic Insertion|embryos treated with DNA||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(foxj1a:EGFP)|ZDB-TGCONSTRCT-160719-1|2020-10-21
ZDB-ALT-160719-7|hsc18Tg||||Transgenic Insertion|embryos treated with DNA||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(foxj1a:EGFP)|ZDB-TGCONSTRCT-160719-1|2020-10-21
ZDB-ALT-190401-2|hsc25||||Small Deletion|embryos treated with CRISPR1-hey2|The 8 bp deletion produces premature stop codon at amino acid 53, resulting in deletion of the essential bHLH domain.|Scott Laboratory|ZDB-LAB-051026-1|Chr: 20|||2020-10-21
ZDB-ALT-190402-1|hsc27Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR1-hey2||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(V5)|ZDB-TGCONSTRCT-190402-1|2020-10-21
ZDB-ALT-190910-1|hsc28Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.hddc2-hey2.cne21:EGFP)|ZDB-TGCONSTRCT-190910-1|2020-10-21
ZDB-ALT-191125-11|hsc29Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.hand2-fbxo8.cne1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-6|2020-10-21
ZDB-ALT-191125-12|hsc30Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.hand2-fbxo8.cne1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-6|2020-10-21
ZDB-ALT-191125-13|hsc31Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.hand2-fbxo8.cne1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-6|2020-10-21
ZDB-ALT-191125-14|hsc32Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.celf3b-irx1a.cne2-E1B:EGFP)|ZDB-TGCONSTRCT-191125-7|2020-10-21
ZDB-ALT-191125-15|hsc33Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.celf3b-irx1a.cne2-E1B:EGFP)|ZDB-TGCONSTRCT-191125-7|2020-10-21
ZDB-ALT-191125-16|hsc34Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.bmp4-zgc:113377.cne3-E1B:EGFP)|ZDB-TGCONSTRCT-191125-8|2020-10-21
ZDB-ALT-191125-17|hsc35Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.bmp4-zgc:113377.cne3-E1B:EGFP)|ZDB-TGCONSTRCT-191125-8|2020-10-21
ZDB-ALT-191125-22|hsc36Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.mef2cb-mblac2.cne5-E1B:EGFP)|ZDB-TGCONSTRCT-191125-10|2020-10-21
ZDB-ALT-191125-23|hsc37Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.mef2cb-mblac2.cne5-E1B:EGFP)|ZDB-TGCONSTRCT-191125-10|2020-10-21
ZDB-ALT-191125-24|hsc38Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.mef2cb-mblac2.cne5-E1B:EGFP)|ZDB-TGCONSTRCT-191125-10|2020-10-21
ZDB-ALT-191125-25|hsc39Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.gnb1l-tbx1.cne6-E1B:EGFP)|ZDB-TGCONSTRCT-191125-11|2020-10-21
ZDB-ALT-191125-26|hsc40Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.gnb1l-tbx1.cne6-E1B:EGFP)|ZDB-TGCONSTRCT-191125-11|2020-10-21
ZDB-ALT-191125-27|hsc41Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.abcg2c-meis1b.cne7-E1B:EGFP)|ZDB-TGCONSTRCT-191125-12|2020-10-21
ZDB-ALT-191125-28|hsc42Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.abcg2c-meis1b.cne7-E1B:EGFP)|ZDB-TGCONSTRCT-191125-12|2020-10-21
ZDB-ALT-191125-29|hsc43Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.id2a-eif2s1a.cne9-E1B:EGFP)|ZDB-TGCONSTRCT-191125-13|2020-10-21
ZDB-ALT-191125-31|hsc44Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.mecom-irs1.cne10-E1B:EGFP)|ZDB-TGCONSTRCT-191125-14|2020-10-21
ZDB-ALT-191125-32|hsc45Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.mecom-irs1.cne10-E1B:EGFP)|ZDB-TGCONSTRCT-191125-14|2020-10-21
ZDB-ALT-191125-35|hsc46Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.zfpm1-trhr2.cne13-E1B:EGFP)|ZDB-TGCONSTRCT-191125-16|2020-10-21
ZDB-ALT-191125-37|hsc47Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.smyd2a-prox1a.cne15-E1B:EGFP)|ZDB-TGCONSTRCT-191125-17|2020-10-21
ZDB-ALT-191125-38|hsc48Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.smyd2a-prox1a.cne15-E1B:EGFP)|ZDB-TGCONSTRCT-191125-17|2020-10-21
ZDB-ALT-191125-39|hsc49Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.zgc:85789-nrp1a.cne16-E1B:EGFP)|ZDB-TGCONSTRCT-191125-18|2020-10-21
ZDB-ALT-110222-3|hsc4Tg|||Tg(-0.8myl7:nlsDsRedExpress)hsc4|Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(-0.8myl7:NLS-DsRedx)|ZDB-TGCONSTRCT-110222-3|2020-10-21
ZDB-ALT-191125-40|hsc50Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.zgc:85789-nrp1a.cne16-E1B:EGFP)|ZDB-TGCONSTRCT-191125-18|2020-10-21
ZDB-ALT-191125-41|hsc51Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.eif3hb.cne17-E1B:EGFP)|ZDB-TGCONSTRCT-191125-19|2020-10-21
ZDB-ALT-191125-42|hsc52Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.eif3hb.cne17-E1B:EGFP)|ZDB-TGCONSTRCT-191125-19|2020-10-21
ZDB-ALT-191125-43|hsc53Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.lmx1bb-gapvd1.cne18-E1B:EGFP)|ZDB-TGCONSTRCT-191125-20|2020-10-21
ZDB-ALT-191125-44|hsc54Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.mef2cb-mblac2.cne19-E1B:EGFP)|ZDB-TGCONSTRCT-191125-21|2020-10-21
ZDB-ALT-191125-45|hsc55Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.mef2cb-mblac2.cne19-E1B:EGFP)|ZDB-TGCONSTRCT-191125-21|2020-10-21
ZDB-ALT-191125-46|hsc56Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.dpy19l1l-tbx20.cne20-E1B:EGFP)|ZDB-TGCONSTRCT-191125-22|2020-10-21
ZDB-ALT-191125-47|hsc57Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.dpy19l1l-tbx20.cne20-E1B:EGFP)|ZDB-TGCONSTRCT-191125-22|2020-10-21
ZDB-ALT-191125-48|hsc58Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.hddc2-hey2.cne21-E1B:EGFP)|ZDB-TGCONSTRCT-191125-23|2020-10-21
ZDB-ALT-191125-49|hsc59Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.hddc2-hey2.cne21-E1B:EGFP)|ZDB-TGCONSTRCT-191125-23|2020-10-21
ZDB-ALT-100721-1|hsc5Tg|||Tg(actb2:Arl13b-GFP)hsc5, Tg(bactin2:Arl13b-GFP)hsc5|Transgenic Insertion|DNA ||Ciruna Lab|ZDB-LAB-060530-1|Unmapped|Tg(actb2:Mmu.Arl13b-GFP)|ZDB-TGCONSTRCT-100721-1|2020-10-21
ZDB-ALT-191125-50|hsc61Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Hsa.CNE1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-24|2020-10-21
ZDB-ALT-191125-51|hsc62Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Hsa.CNE1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-24|2020-10-21
ZDB-ALT-191125-52|hsc63Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Hsa.CNE1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-24|2020-10-21
ZDB-ALT-191125-53|hsc64Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Hsa.CNE5-E1B:EGFP)|ZDB-TGCONSTRCT-191125-25|2020-10-21
ZDB-ALT-191125-54|hsc65Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.mef2cb-mblac2.cne5-E1B:EGFP)|ZDB-TGCONSTRCT-191125-10|2020-10-21
ZDB-ALT-191125-55|hsc66Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Hsa.CNE19-E1B:EGFP)|ZDB-TGCONSTRCT-191125-26|2020-10-21
ZDB-ALT-191125-57|hsc67Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Hsa.CNE20-E1B:EGFP)|ZDB-TGCONSTRCT-191125-27|2020-10-21
ZDB-ALT-191125-58|hsc68Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Hsa.CNE20-E1B:EGFP)|ZDB-TGCONSTRCT-191125-27|2020-10-21
ZDB-ALT-191125-59|hsc69Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Hsa.CNE20-E1B:EGFP)|ZDB-TGCONSTRCT-191125-27|2020-10-21
ZDB-ALT-110523-1|hsc6Tg|||Tg(myl7:nlsKikGR)hsc6|Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(myl7:NLS-KikGR)|ZDB-TGCONSTRCT-110523-1|2020-10-21
ZDB-ALT-191125-2|hsc70Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(FRT-Xla.Actc1:DsRed-GAB-FRT,LOXP-Mmu.Smarcd3-F6-LOXP-gata2a:EGFP-5HS4)|ZDB-TGCONSTRCT-191125-2|2020-10-21
ZDB-ALT-191125-3|hsc71Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Mmu.Smarcd3-F6-E1B:EGFP)|ZDB-TGCONSTRCT-191125-3|2020-10-21
ZDB-ALT-191125-4|hsc72Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Mmu.Smarcd3-F6-E1B:EGFP)|ZDB-TGCONSTRCT-191125-3|2020-10-21
ZDB-ALT-191125-5|hsc73Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Mmu.Smarcd3-F6-E1B:EGFP)|ZDB-TGCONSTRCT-191125-3|2020-10-21
ZDB-ALT-191125-6|hsc74Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Mmu.Smarcd3-F6-E1B:Cre-ERT2,cryaa:EGFP)|ZDB-TGCONSTRCT-191125-4|2020-10-21
ZDB-ALT-191125-7|hsc75Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Mmu.Smarcd3-F6-E1B:Cre-ERT2,cryaa:EGFP)|ZDB-TGCONSTRCT-191125-4|2020-10-21
ZDB-ALT-191125-8|hsc76Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Mmu.Smarcd3-F6-E1B:Cre-ERT2,cryaa:EGFP)|ZDB-TGCONSTRCT-191125-4|2020-10-21
ZDB-ALT-191125-65|hsc77Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg2(Hsa.CNE1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-29|2020-10-21
ZDB-ALT-191125-66|hsc78Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg2(Hsa.CNE1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-29|2020-10-21
ZDB-ALT-191125-67|hsc79Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg2(Hsa.CNE1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-29|2020-10-21
ZDB-ALT-110523-2|hsc7Tg|||Tg(kdrl:nlsKikGR)hsc7|Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(kdrl:NLS-KikGR)|ZDB-TGCONSTRCT-110523-2|2020-10-21
ZDB-ALT-191125-68|hsc80Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg2(Hsa.CNE1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-29|2020-10-21
ZDB-ALT-191125-9|hsc81Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Mmu.Smarcd3-F6-gata2a:Cre-ERT2,cryaa:EGFP)|ZDB-TGCONSTRCT-191125-5|2020-10-21
ZDB-ALT-191125-60|hsc82Tg|||Tg(ZaCNE1_GATAMutated: EGFP)|Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg2(nccr.hand2-fbxo8.cne1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-28|2020-10-21
ZDB-ALT-191125-61|hsc83Tg|||Tg(ZaCNE1_GATAMutated: EGFP)|Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg2(nccr.hand2-fbxo8.cne1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-28|2020-10-21
ZDB-ALT-191125-62|hsc84Tg|||Tg(ZaCNE1_GATAMutated: EGFP)|Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg2(nccr.hand2-fbxo8.cne1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-28|2020-10-21
ZDB-ALT-191125-64|hsc85Tg|||Tg(ZaCNE1_GATAMutated: EGFP)|Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg2(nccr.hand2-fbxo8.cne1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-28|2020-10-21
ZDB-ALT-191125-63|hsc86Tg|||Tg(ZaCNE1_GATAMutated: EGFP)|Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg2(nccr.hand2-fbxo8.cne1-E1B:EGFP)|ZDB-TGCONSTRCT-191125-28|2020-10-21
ZDB-ALT-191125-36|hsc87Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.zfpm1-trhr2.cne13-E1B:EGFP)|ZDB-TGCONSTRCT-191125-16|2020-10-21
ZDB-ALT-191125-10|hsc88Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Mmu.Smarcd3-F6-gata2a:Cre-ERT2,cryaa:EGFP)|ZDB-TGCONSTRCT-191125-5|2020-10-21
ZDB-ALT-191125-33|hsc89Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.cnpy1-en2b.cne12-E1B:EGFP)|ZDB-TGCONSTRCT-191125-15|2020-10-21
ZDB-ALT-130506-1|hsc9||||Small Deletion|zinc finger nuclease |This is a mutant allele harboring a 10 bp deletion that results in a frame shift and the incorporation of multiple premature termination codons.|Ciruna Lab|ZDB-LAB-060530-1|Chr: 22|||2020-10-21
ZDB-ALT-191125-34|hsc90Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.cnpy1-en2b.cne12-E1B:EGFP)|ZDB-TGCONSTRCT-191125-15|2020-10-21
ZDB-ALT-191125-30|hsc91Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.id2a-eif2s1a.cne9-E1B:EGFP)|ZDB-TGCONSTRCT-191125-13|2020-10-21
ZDB-ALT-191125-18|hsc92Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.nfatc1-atp9b.cne4-E1B:EGFP)|ZDB-TGCONSTRCT-191125-9|2020-10-21
ZDB-ALT-191125-19|hsc93Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.nfatc1-atp9b.cne4-E1B:EGFP)|ZDB-TGCONSTRCT-191125-9|2020-10-21
ZDB-ALT-191125-20|hsc94Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.nfatc1-atp9b.cne4-E1B:EGFP)|ZDB-TGCONSTRCT-191125-9|2020-10-21
ZDB-ALT-191125-21|hsc95Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(nccr.nfatc1-atp9b.cne4-E1B:EGFP)|ZDB-TGCONSTRCT-191125-9|2020-10-21
ZDB-ALT-191125-56|hsc98Tg||||Transgenic Insertion|embryos treated with DNA||Scott Laboratory|ZDB-LAB-051026-1|Unmapped|Tg(Hsa.CNE19-E1B:EGFP)|ZDB-TGCONSTRCT-191125-26|2020-10-21
ZDB-ALT-190628-1|hsi101Tg||||Transgenic Insertion|embryos treated with DNA||Quinn Lab|ZDB-LAB-190627-1|Unmapped|Tg(myl7:Gth.Acr1-EGFP)|ZDB-TGCONSTRCT-190628-1|2020-10-21
ZDB-ALT-140610-11|hsi1Tg||||Transgenic Insertion|DNA ||Berman Lab|ZDB-LAB-060914-1|Unmapped|Tg(spi1b:LOXP-EGFP-LOXP-Hsa.NUP98-Hsa.HOXA9)|ZDB-TGCONSTRCT-140610-10|2020-10-21
ZDB-ALT-150828-1|hsi2Tg||||Transgenic Insertion|embryos treated with DNA||Berman Lab|ZDB-LAB-060914-1|Unmapped|Tg(actb2:Hsa.KIT_D814V-2A-EGFP)|ZDB-TGCONSTRCT-150828-1|2020-10-21
ZDB-ALT-170801-1|hsi3||||Small Deletion|embryos treated with CRISPR3-chd7||Berman Lab|ZDB-LAB-060914-1|Ambiguous|||2020-10-21
ZDB-ALT-170801-2|hsi4||||Small Deletion|embryos treated with CRISPR1-pycr1a||Berman Lab|ZDB-LAB-060914-1|Chr: 3|||2020-10-21
ZDB-ALT-170801-3|hsi5||||Indel|embryos treated with CRISPR1-hace1||Berman Lab|ZDB-LAB-060914-1|Chr: 16|||2020-10-21
ZDB-ALT-190131-6|hsi6|||R143H|Complex|embryos treated with CRISPR6-tp53|This line contains three separate point mutations.|Berman Lab|ZDB-LAB-060914-1|Chr: 5|||2020-10-21
ZDB-ALT-190131-7|hsi7|||R217H|Complex|embryos treated with CRISPR7-tp53|This line contains three separate point mutations.|Berman Lab|ZDB-LAB-060914-1|Chr: 5|||2020-10-21
ZDB-ALT-190131-8|hsi8|||G767S|Complex|embryos treated with CRISPR1-cdh5|This construct contains two separate mutations one 3 bp insertion/deletion and another point mutation.|Berman Lab|ZDB-LAB-060914-1|Chr: 7|||2020-10-21
ZDB-ALT-190131-9|hsi9|||R471W|Complex|embryos treated with CRISPR1-lmna|This line contains two separate mutations.|Berman Lab|ZDB-LAB-060914-1|Chr: 16|||2020-10-21
ZDB-ALT-060524-2|hspa9_unspecified|||un_hspa9, un_hspa9b, unspecified_hspa9|Unspecified|||||Chr: 14|||2020-10-21
ZDB-ALT-160722-1|hu10012||||Small Deletion|embryos treated with TALEN1-nrp1a|Frameshift mutation at amino acid 96, caused by an 11 bp deletion, resulting in a stop codon at amino acid 133|Schulte-Merker|ZDB-LAB-050429-4|Chr: 24|||2020-10-21
ZDB-ALT-180702-6|hu10018Tg||||Transgenic Insertion|embryos treated with DNA||Bakkers Lab|ZDB-LAB-031010-1|Unmapped|TgBAC(isl1:GAL4FF)|ZDB-TGCONSTRCT-121204-1|2020-10-21
ZDB-ALT-150727-4|hu10049Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(dll4:GAL4FF)|ZDB-TGCONSTRCT-150727-4|2020-10-21
ZDB-ALT-150506-1|hu10125||||Point Mutation|adult males treated with ENU|Sequencing of cad identified a mutation substituting a onserved residue in the linker region of the protein (P1850T).|Schulte-Merker|ZDB-LAB-050429-4|Chr: 20|||2020-10-21
ZDB-ALT-140522-3|hu10320||||Insertion|embryos treated with TALEN1-sox18|van Impel et al (2014): 1 bp insertion 5′ to the HMG-box encoding sequence. This allele is predicted to encode a truncated protein that contains neither the essential HMG nor the trans-activation domains. No alternative transcripts could be detected in mutants.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 23|||2020-10-21
ZDB-ALT-140522-2|hu10330||||Insertion|embryos treated with TALEN1-nr2f2|van Impel et al. (2014): \nTALEN targeted the first exon of nr2f2 and generated a 1 bp insertion allele nr2f2^hu10330. Sequencing of\ncDNA from hu10330 mutant embryos did not reveal alternative transcripts lacking the 1 bp insertion.\nThe insertion resulted in a frame-shift and premature stop codon 5&prime; to both the nuclear receptor-DNA-binding domain and the ligand-binding domain.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 18|||2020-10-21
ZDB-ALT-170117-9|hu10414||||Small Deletion|embryos treated with TALEN1-ctnna1|premature stop codon after Threonine37, which resides 5′ to the β-catenin-binding domain and actin-binding domain.|Bakkers Lab|ZDB-LAB-031010-1|Chr: 24|||2020-10-21
ZDB-ALT-160428-1|hu10478||||Small Deletion|embryos treated with CRISPR1-cfap53|7 bp deletion in exon 2, resulting in a frame shift that creates a premature stop codon at amino acid 60. Homozygotes are adult viable.|Bakkers Lab|ZDB-LAB-031010-1|Chr: 21|||2020-10-21
ZDB-ALT-160721-18|hu10535||||Small Deletion|embryos treated with TALEN1-mmp2|Frameshift at aa 5; additional 1 aa then stop.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 7|||2020-10-21
ZDB-ALT-161128-2|hu10539||||Small Deletion|embryos treated with TALEN1-fam222bb||Schulte-Merker|ZDB-LAB-050429-4|Chr: 15|||2020-10-21
ZDB-ALT-190308-1|hu10742|||Pln_ZF.R14Del|Small Deletion|embryos treated with CRISPR1-pln||Bakkers Lab|ZDB-LAB-031010-1|Chr: 20|||2020-10-21
ZDB-ALT-161128-3|hu10755||||Indel|embryos treated with TALEN1-fam222ba||Schulte-Merker|ZDB-LAB-050429-4|Chr: 5|||2020-10-21
ZDB-ALT-180425-1|hu10818|||Δ8B|Small Deletion|embryos treated with TALEN1-vcla|This line is maintained by the Huveneer Lab <a href="https://zfin.org/ZDB-LAB-180424-2">ZDB-LAB-180424-2</a>|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 13|||2020-10-21
ZDB-ALT-170620-10|hu10963||||Small Deletion|embryos treated with TALEN1-itga9||Schulte-Merker|ZDB-LAB-050429-4|Chr: 13|||2020-10-21
ZDB-ALT-160721-31|hu10965||||Small Deletion|embryos treated with TALEN1-ccbe1|Frameshift at aa 23; additional 8 aa then stop.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 21|||2020-10-21
ZDB-ALT-150528-1|hu10967Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(abcc6a:GAL4FF)|ZDB-TGCONSTRCT-150528-1|2020-10-21
ZDB-ALT-161122-14|hu11433||||Insertion|embryos treated with CRISPR1-gnb5a||Bakkers Lab|ZDB-LAB-031010-1|Chr: 25|||2020-10-21
ZDB-ALT-161122-15|hu11443||||Indel|embryos treated with CRISPR1-gnb5b||Bakkers Lab|ZDB-LAB-031010-1|Chr: 18|||2020-10-21
ZDB-ALT-190211-5|hu11688Tg||||Transgenic Insertion|embryos treated with DNA||Bakkers Lab|ZDB-LAB-031010-1|Unmapped|Tg(myl7:VSFP)|ZDB-TGCONSTRCT-190211-1|2020-10-21
ZDB-ALT-181004-2|hu11828Tg||||Transgenic Insertion|embryos treated with DNA||Bakkers Lab|ZDB-LAB-031010-1|Unmapped|Tg(7xTCF-Xla.Sia:NLS-mCherry)|ZDB-TGCONSTRCT-110113-2|2020-10-21
ZDB-ALT-190308-3|hu11838|||Abcc9_ZF.G989E|Complex|embryos treated with CRISPR1-abcc9|This mutant line contains two point mutations, one a SNP change and the other a change in the PAM site targeted by the CRISPR.|Bakkers Lab|ZDB-LAB-031010-1|Chr: 4|||2020-10-21
ZDB-ALT-190308-2|hu11859|||Abcc9_ZF.C1043Y|Complex|embryos treated with CRISPR2-abcc9|This mutant line contains two point mutations, one a SNP change and the other a change in the PAM site targeted by the CRISPR|Bakkers Lab|ZDB-LAB-031010-1|Chr: 4|||2020-10-21
ZDB-ALT-190307-6|hu11872|||Kcnj8_ZF.V65M|Point Mutation|||Bakkers Lab|ZDB-LAB-031010-1|Chr: 4|||2020-10-21
ZDB-ALT-100813-4|hu119|||hu119-02|Point Mutation|adult males treated with ENU|Tessadori et al (2015): single nucleotide substitution in furinA (G to A) resulting in a tryptophan (Trp) to stop (TAG) mutation at amino acid 411, resulting in a premature truncation of the FurinA subtilisin-like proprotein convertase|Bakkers Lab|ZDB-LAB-031010-1|Chr: 7|||2020-10-21
ZDB-ALT-080910-2|hu1435||||Point Mutation|adult males treated with ENU||den Hertog Lab|ZDB-LAB-040713-1|Chr: 12|||2020-10-21
ZDB-ALT-080728-1|hu1602||||Point Mutation|adult males treated with ENU|Mutation of the splice donor from GT to AT results in the insertion of an 81 bp intron into the transcript, and the expansion of the second extracellular loop of the protein by 27 amino acids.; generated in the van Eeden lab|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 2|||2020-10-21
ZDB-ALT-110210-1|hu1667||||Point Mutation||This mutation causes a CAG to to TAG resulting in a Q982STOP substitution.  |Schulte-Merker|ZDB-LAB-050429-4|Chr: 5|||2020-10-21
ZDB-ALT-110920-1|hu1795|||C54X|Point Mutation|ENU |hu1795 is a cytosine to adenine mutation at nucleotide position 162 of the cx55.5 coding sequence. This nucleotide substitution results in a premature stop codon at amino acid position 54, where a cysteine residue is present in wild-type zebrafish. Based on te predicted membrane topology, only one of the four transmembrane domains should be translated in the mutant. Zebrafish homozygous for this mutation can be considered Cx55.5 knock-outs.
<a href="http://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-110811-5">Klaassen et al. (2011)</a>|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 16|||2020-10-21
ZDB-ALT-180814-2|hu1798||||Point Mutation|adult males treated with ENU|Missense mutation H239Q caused by an A>T substitution in exon 5|Schulte-Merker|ZDB-LAB-050429-4|Chr: 19|||2020-10-21
ZDB-ALT-081104-1|hu1811||||Point Mutation|ENU ||Cuppen Lab|ZDB-LAB-070815-1|Chr: 13|||2020-10-21
ZDB-ALT-081104-2|hu1844||||Point Mutation|||Cuppen Lab|ZDB-LAB-070815-1|Chr: 21|||2020-10-21
ZDB-ALT-080910-1|hu1864||||Point Mutation|adult males treated with ENU||den Hertog Lab|ZDB-LAB-040713-1|Chr: 17|||2020-10-21
ZDB-ALT-090129-4|hu1886||||Point Mutation|ENU |Exon donor site exon 5 G to A mutation, deletion of exon 5.|Cuppen Lab|ZDB-LAB-070815-1|Chr: 12|||2020-10-21
ZDB-ALT-070622-1|hu1919||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 13|||2020-10-21
ZDB-ALT-110630-21|hu1960|||Y245|Point Mutation|adult males treated with ENU|A C-to-A substitution leads to a premature stop codon in the kinase domain.|Clevers Lab|ZDB-LAB-031201-2|Chr: 2|||2020-10-21
ZDB-ALT-110630-22|hu1968|||Y260|Point Mutation|adult males treated with ENU|A T-to-G substitution leads to a premature stop codon in the kinase domain.|Clevers Lab|ZDB-LAB-031201-2|Chr: 2|||2020-10-21
ZDB-ALT-090610-6|hu1999||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 25|||2020-10-21
ZDB-ALT-100813-3|hu202|||hu202-04|Unknown|adult males treated with ENU||Bakkers Lab|ZDB-LAB-031010-1|Unmapped|||2020-10-21
ZDB-ALT-070315-6|hu2022|||hu2022, hu2202|Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 4|||2020-10-21
ZDB-ALT-070315-8|hu2023||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 25|||2020-10-21
ZDB-ALT-070315-9|hu2024||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 25|||2020-10-21
ZDB-ALT-080229-1|hu2041||||Point Mutation|adult males treated with ENU|Hinits et al. (2009. Development 136:403-414) report that sequencing the hu20141 allele identified a C to T transition, which results in a stop codon in the basic domain (CGA ->TGA). The mutation and flanking sequence are: AACGGAAATCTGCTCCTACTGACCGGCGAAAGGCCGCCACTTTGAGAGAA[C/T]GAAGGCGGCTCAAAAAGATCAACGAAGCT
TTTGACGCGCTAAAGAAAAAG|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 4|||2020-10-21
ZDB-ALT-090611-2|hu2081||||Point Mutation|ENU ||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 6|||2020-10-21
ZDB-ALT-090424-2|hu2087||||Point Mutation|embryos treated with ENU||Ketting Lab|ZDB-LAB-090422-1|Chr: 5|||2020-10-21
ZDB-ALT-070427-14|hu2098|||hcrtr 168|Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 13|||2020-10-21
ZDB-ALT-070927-5|hu2107||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 13|||2020-10-21
ZDB-ALT-100412-4|hu2115||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 11|||2020-10-21
ZDB-ALT-090611-1|hu2117||||Point Mutation|ENU |Homozygotes typically die on or before day 13 due to cardiac or renal failure ( van Rooijen et al. ZDB-PUB-111012-11, PMID: 21951530 )|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 6|||2020-10-21
ZDB-ALT-120725-1|hu2124||||Point Mutation|adult males treated with ENU|hu2124 allele contains a C>A transition at position 185, resulting in a premature stop codon (TCG(S)>TAG/(stop)). <i>her1</i><sup>hu2124</sup> is truncated within the loop located at the end of exon 2.|den Hertog Lab|ZDB-LAB-040713-1|Chr: 5|||2020-10-21
ZDB-ALT-071108-6|hu2127||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 24|||2020-10-21
ZDB-ALT-071108-4|hu2131||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 9|||2020-10-21
ZDB-ALT-090611-3|hu2132||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 6|||2020-10-21
ZDB-ALT-070914-4|hu2162||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 24|||2020-10-21
ZDB-ALT-070315-13|hu2163||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 2|||2020-10-21
ZDB-ALT-070315-11|hu2164||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 13|||2020-10-21
ZDB-ALT-070315-10|hu2165||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 4|||2020-10-21
ZDB-ALT-080610-13|hu2173||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 1|||2020-10-21
ZDB-ALT-090611-5|hu2184||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 24|||2020-10-21
ZDB-ALT-080124-2|hu2410||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 8|||2020-10-21
ZDB-ALT-070403-6|hu2479||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 8|||2020-10-21
ZDB-ALT-090611-4|hu2483||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 24|||2020-10-21
ZDB-ALT-100317-3|hu2484||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 19|||2020-10-21
ZDB-ALT-081104-3|hu2485||||Point Mutation|||Cuppen Lab|ZDB-LAB-070815-1|Chr: 12|||2020-10-21
ZDB-ALT-110825-7|hu2487||||Point Mutation|adult males treated with ENU|Mutation: T > A. Nonsense.|Cuppen Lab|ZDB-LAB-070815-1|Chr: 12|||2020-10-21
ZDB-ALT-071108-2|hu2504||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 20|||2020-10-21
ZDB-ALT-090612-1|hu2525||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 6|||2020-10-21
ZDB-ALT-070315-5|hu2526||||Point Mutation|adult males treated with ENU|hu2526 contains an A>T transition at position 208, resulting in a premature stop codon (AAA(K)>TAA/(stop).  <i>her7</i><sup>hu2526</sup> is truncated within HelixI of the HLH-domain located in exon 2.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 5|||2020-10-21
ZDB-ALT-130220-3|hu2547||||Point Mutation|adult males treated with ENU|The mutation in hu2547 was localized to exon 5 where it induced a point mutation resulting in a premature stop codon by exchanging a guanine to thymine in the codon that in normal cases codes for glutamic acid. The truncated protein in the mutants lacks the proteolytic site of PSEN1 and the C terminus.|Cuppen Lab|ZDB-LAB-070815-1|Chr: 17|||2020-10-21
ZDB-ALT-110825-4|hu2548||||Point Mutation|adult males treated with ENU|Mutation: T > A. Nonsense.|Cuppen Lab|ZDB-LAB-070815-1|Chr: 17|||2020-10-21
ZDB-ALT-080916-1|hu255H||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 7|||2020-10-21
ZDB-ALT-070315-3|hu2570||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 17|||2020-10-21
ZDB-ALT-080124-1|hu2571||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 14|||2020-10-21
ZDB-ALT-090611-7|hu2787||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 14|||2020-10-21
ZDB-ALT-170608-20|hu2790||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 6|||2020-10-21
ZDB-ALT-070720-3|hu2843||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 24|||2020-10-21
ZDB-ALT-070315-12|hu2846||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Ambiguous|||2020-10-21
ZDB-ALT-070323-1|hu2847||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 18|||2020-10-21
ZDB-ALT-070323-2|hu2848||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 18|||2020-10-21
ZDB-ALT-070730-10|hu2849||||Point Mutation|adult males treated with ENU|Point mutation is IVS43+1 G>A, a mutation in the canonical splice donor site predicted to abolish splicing of exon 43.|Hubrecht Institute|ZDB-LAB-141201-1|Ambiguous|||2020-10-21
ZDB-ALT-070924-2|hu2897||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 13|||2020-10-21
ZDB-ALT-090611-6|hu2898||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 14|||2020-10-21
ZDB-ALT-070927-3|hu2965||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 24|||2020-10-21
ZDB-ALT-070927-4|hu2966||||Point Mutation|adult males treated with ENU|No gross morphological or behavioral phenotypes during the first five days of development. All larvae fill swim bladder.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 24|||2020-10-21
ZDB-ALT-100514-17|hu2971||||Point Mutation|adult males treated with ENU|point-mutation leading to predicted premature stop-codon after amino acid 78 in efnb2b|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 1|||2020-10-21
ZDB-ALT-070321-9|hu2986||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 6|||2020-10-21
ZDB-ALT-100412-2|hu2987||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 13|||2020-10-21
ZDB-ALT-070321-8|hu2989||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 1|||2020-10-21
ZDB-ALT-100813-2|hu304|||hu304-10|Unknown|adult males treated with ENU||Bakkers Lab|ZDB-LAB-031010-1|Unmapped|||2020-10-21
ZDB-ALT-070315-1|hu3072||||Point Mutation|adult males treated with ENU|The allele carries a C1568T change, which causes a premature termination of translation (R398>STOP).|Cuppen Lab|ZDB-LAB-070815-1|Chr: 22|||2020-10-21
ZDB-ALT-090424-1|hu3173||||Point Mutation|embryos treated with ENU||Ketting Lab|ZDB-LAB-090422-1|Chr: 5|||2020-10-21
ZDB-ALT-100506-16|hu3237||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 17|||2020-10-21
ZDB-ALT-110113-4|hu3238||||Point Mutation|adult males treated with ENU|Cytosine-to-thymine substitution in the second exon of the HMG-box of tcf7, which creates a premature stop codon.|Clevers Lab|ZDB-LAB-031201-2|Chr: 21|||2020-10-21
ZDB-ALT-110906-3|hu3259||||Point Mutation||hu3259 has a nonsense mutation in exon 5 of gnl3 (ns, nucleostemin), resulting in a premature stop codon corresponding to a glutamic acid in position 117.  
 <a href="http://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-110524-17"> Paridaen et al. 2011</a>|Clevers Lab|ZDB-LAB-031201-2|Chr: 11|||2020-10-21
ZDB-ALT-071108-7|hu3263||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 13|||2020-10-21
ZDB-ALT-080814-9|hu3264|||huW671X|Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 8|||2020-10-21
ZDB-ALT-100514-20|hu3278||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 14|||2020-10-21
ZDB-ALT-070322-2|hu3279||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 8|||2020-10-21
ZDB-ALT-070322-3|hu3280||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 8|||2020-10-21
ZDB-ALT-090612-2|hu3281||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 18|||2020-10-21
ZDB-ALT-090611-8|hu3283||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 14|||2020-10-21
ZDB-ALT-071126-2|hu3284||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 6|||2020-10-21
ZDB-ALT-070921-3|hu3286||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 4|||2020-10-21
ZDB-ALT-070921-2|hu3292||||Point Mutation|adult males treated with ENU||Stemple Lab|ZDB-LAB-050412-2|Chr: 6|||2020-10-21
ZDB-ALT-070322-1|hu3302||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Ambiguous|||2020-10-21
ZDB-ALT-100506-2|hu3319||||Point Mutation|adult males treated with ENU|Nonsense mutation that results in a premature stop codon (C40*).|Cuppen Lab|ZDB-LAB-070815-1|Chr: 1|||2020-10-21
ZDB-ALT-070924-1|hu3328||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 14|||2020-10-21
ZDB-ALT-100506-5|hu3329||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 10|||2020-10-21
ZDB-ALT-100723-4|hu3332||||Point Mutation|adult males treated with ENU|bace2 mutants carry a C to A mutation that leads to an early stop and results in a truncated Bace2 protein.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 15|||2020-10-21
ZDB-ALT-100728-1|hu3334||||Point Mutation|adult males treated with ENU|The allele has a TTG to TAG codon change resulting in a L133X premature stop.|den Hertog Lab|ZDB-LAB-040713-1|Chr: 21|||2020-10-21
ZDB-ALT-080523-3|hu3335||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 22|||2020-10-21
ZDB-ALT-080610-12|hu3336||||Point Mutation|adult males treated with ENU|No gross morphological or behavioral phenotypes during the first five days of development. All larvae fill swim bladder.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 14|||2020-10-21
ZDB-ALT-090610-2|hu3337||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 8|||2020-10-21
ZDB-ALT-100514-18|hu3378||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 5|||2020-10-21
ZDB-ALT-071108-3|hu3392||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 23|||2020-10-21
ZDB-ALT-080523-2|hu3393||||Point Mutation|adult males treated with ENU|point-mutation leading to predicted premature stop-codon after amino acid 86 in
efnb2a|Stemple Lab|ZDB-LAB-050412-2|Chr: 9|||2020-10-21
ZDB-ALT-080229-2|hu3395||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 22|||2020-10-21
ZDB-ALT-080610-11|hu3425||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Ambiguous|||2020-10-21
ZDB-ALT-080814-8|hu3426||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 1|||2020-10-21
ZDB-ALT-080610-10|hu3427||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 11|||2020-10-21
ZDB-ALT-080610-9|hu3429||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 19|||2020-10-21
ZDB-ALT-080806-3|hu3430||||Point Mutation|adult males treated with ENU|This telomerase mutant line carries a T->A change in the second exon of the
tert gene giving rise to an early stop codon.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 19|||2020-10-21
ZDB-ALT-100723-5|hu3445||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 5|||2020-10-21
ZDB-ALT-140805-1|hu3459||||Point Mutation|adult males treated with ENU|Bonetti et al (2014)\nnonsense mutation in exon 3 of ptpn11a introducing a premature stop well upstream of the phosphatase catalytic site and hence, no functional protein is produced.|den Hertog Lab|ZDB-LAB-040713-1|Chr: 10|||2020-10-21
ZDB-ALT-070403-5|hu3475||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 23|||2020-10-21
ZDB-ALT-070403-7|hu3476||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 16|||2020-10-21
ZDB-ALT-100317-6|hu3495||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 6|||2020-10-21
ZDB-ALT-120314-1|hu3510||||Point Mutation|ENU ||Schulte-Merker|ZDB-LAB-050429-4|Chr: 7|||2020-10-21
ZDB-ALT-090610-3|hu3513||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 5|||2020-10-21
ZDB-ALT-091001-3|hu3514||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 21|||2020-10-21
ZDB-ALT-071108-5|hu3519||||Point Mutation|adult males treated with ENU|No gross morphological or behavioral phenotypes during the first five days of development. All larvae fill swim bladder.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 2|||2020-10-21
ZDB-ALT-070914-3|hu3520||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 23|||2020-10-21
ZDB-ALT-080829-1|hu3525||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 9|||2020-10-21
ZDB-ALT-070914-2|hu3526||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 17|||2020-10-21
ZDB-ALT-090610-7|hu3528||||Point Mutation|adult males treated with ENU|Homozygous viable. hu3528 is a T>A mutation in exon 8 of zebrafish mfn2. The mutation leads to the introduction of a stop codon at leucine 285 (MFN2 L285X), which truncates the protein after the GTPase domain thus removing the transmembrane domain essential for mitochondrial fusion, and therefore produces an Mfn2 protein that is predicted to be non-functional.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 8|||2020-10-21
ZDB-ALT-070914-1|hu3530||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 16|||2020-10-21
ZDB-ALT-100504-2|hu3534||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 1|||2020-10-21
ZDB-ALT-080819-3|hu3536||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 12|||2020-10-21
ZDB-ALT-100506-26|hu3554||||Point Mutation|adult males treated with ENU||Stemple Lab|ZDB-LAB-050412-2|Chr: 8|||2020-10-21
ZDB-ALT-081019-1|hu3559||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 11|||2020-10-21
ZDB-ALT-090611-11|hu3565||||Point Mutation|adult males treated with ENU|No gross morphological or behavioral phenotypes during the first five days of development. All larvae fill swim bladder.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 23|||2020-10-21
ZDB-ALT-080814-10|hu3567||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 2|||2020-10-21
ZDB-ALT-130729-6|hu3568||||Point Mutation|adult males treated with ENU|hu3568 carries a threonine to alanine point mutation in myd88 creating a premature stop codon. The mutation is located in the N-terminal death domain, leading to a truncated protein, lacking part of its death domain required for interaction with Irak4. The truncated protein is also missing the complete C-terminal TIR domain required for interaction with the cytoplasmic TIR domain of TLRs. Suspected null allele. Homozygotes showed no developmental differences compared with their wild-type siblings and could only be distinguished by genotyping.
 
<br>Reference:  <a href="https://zfin.org/cgi-bin/webdriver?MIval=aa-pubview2.apg&OID=ZDB-PUB-130402-15">van der Vaart et al. (2013)</a>|Cuppen Lab|ZDB-LAB-070815-1|Chr: 24|||2020-10-21
ZDB-ALT-080610-8|hu3569||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 13|||2020-10-21
ZDB-ALT-080610-6|hu3575||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 6|||2020-10-21
ZDB-ALT-090610-4|hu3580||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 5|||2020-10-21
ZDB-ALT-080610-7|hu3581||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 16|||2020-10-21
ZDB-ALT-091001-2|hu3582||||Unknown|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 21|||2020-10-21
ZDB-ALT-100504-6|hu3583||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 5|||2020-10-21
ZDB-ALT-110825-5|hu3586||||Point Mutation|adult males treated with ENU|Mutation: A > T. Nonsense.|Cuppen Lab|ZDB-LAB-070815-1|Chr: 6|||2020-10-21
ZDB-ALT-100406-1|hu3587||||Point Mutation|adult males treated with ENU|This allele has a single T>A base pair change that encodes an in-frame stop codon in exon 11.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 17|||2020-10-21
ZDB-ALT-090608-1|hu3611||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 5|||2020-10-21
ZDB-ALT-090221-1|hu3612||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 17|||2020-10-21
ZDB-ALT-090506-1|hu3613|||fof, full of fluid|Point Mutation||This is a D162E mutation in the EGF domain.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 21|||2020-10-21
ZDB-ALT-100412-1|hu3625||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 17|||2020-10-21
ZDB-ALT-100317-5|hu3691||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 13|||2020-10-21
ZDB-ALT-110916-1|hu3701|||recq15|Unknown|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Unmapped|||2020-10-21
ZDB-ALT-130410-7|hu3718|||nob|Point Mutation||Sequencing of the entpd5a gene revealed a premature stop codon in the mutant allele due to a T to A transversion in the third coding exon resulting in a Leu to stop alteration at position 155, which is in the second apyrase conserved domain.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 17|||2020-10-21
ZDB-ALT-080610-5|hu3857||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 23|||2020-10-21
ZDB-ALT-110713-1|hu4008Tg|||bglap:EGFP, osc:GFP, Tg(Ola.osteocalcin:EGFP)hu4008|Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|Tg1(Ola.Bglap:EGFP)|ZDB-TGCONSTRCT-110713-1|2020-10-21
ZDB-ALT-110802-2|hu4087|||hu305, lin, linkspoot|Point Mutation|adult males treated with ENU|Mutation: missense (T to G at bp 1538; amino acid position L337R) |Bakkers Lab|ZDB-LAB-031010-1|Chr: 13|||2020-10-21
ZDB-ALT-190813-2|hu4140||||Point Mutation|adult males treated with ENU|The N-terminus and the early transmembrane domains are likely to be intact, but the other transmembrane domains and the C-terminus are absent.|Schulte-Merker|ZDB-LAB-050429-4|Unmapped|||2020-10-21
ZDB-ALT-160707-13|hu4145||||Point Mutation|||Schulte-Merker|ZDB-LAB-050429-4|Chr: 10|||2020-10-21
ZDB-ALT-060825-34|hu418b||||Point Mutation|adult males treated with ENU|Amino acid 295 of the zebrafish protein corresponds to amino acid 303 of the human ortholog.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 1|||2020-10-21
ZDB-ALT-090507-1|hu4453Tg|||Tg(stab1l:YFP)hu4453, Tg(stabilin1:YFP)|Transgenic Insertion|DNA ||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(stab1:YFP)|ZDB-TGCONSTRCT-090507-1|2020-10-21
ZDB-ALT-130411-3|hu4581|||dragonfish|Point Mutation||Sequence analysis revealed a mutation in the splice acceptor site before exon 11 of the enpp1 gene resulting in a 5 bp deletion in the transcript and a predicted stop codon after 23 amino acids.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 20|||2020-10-21
ZDB-ALT-100205-1|hu4602|||expando|Point Mutation||The point mutation is predicted to change a conserved isoleucine residue into a serine at position 1042 in the split kinase domain.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 14|||2020-10-21
ZDB-ALT-090506-3|hu4624Tg|||Tg(flt1:YFP)hu4624|Transgenic Insertion|DNA ||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(flt1:YFP)|ZDB-TGCONSTRCT-090506-1|2020-10-21
ZDB-ALT-170620-11|hu4767|||Ly02-512|Point Mutation|adult males treated with ENU||Schulte-Merker|ZDB-LAB-050429-4|Chr: 7|||2020-10-21
ZDB-ALT-110802-3|hu4800|||wickham, wkm|Point Mutation|adult males treated with ENU|GTG>GAG, at 1277bp from the predicted start ATG|Bakkers Lab|ZDB-LAB-031010-1|Chr: 5|||2020-10-21
ZDB-ALT-100208-1|hu4881Tg|||Tg(flt4:YFP)hu4881|Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|Tg(flt4:YFP)|ZDB-TGCONSTRCT-100208-1|2020-10-21
ZDB-ALT-150601-6|hu4958|||grt|Point Mutation||This is a T to G mutation in the abcc6a gene resulting in a L1429R substitution in a highly conserved regon of NBD-2 containing the Walker B motif.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 6|||2020-10-21
ZDB-ALT-040611-2|hu499||||Point Mutation|ENU ||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 21|||2020-10-21
ZDB-ALT-140903-2|hu5055||||Point Mutation||Le Guen (2014): missense mutation the vegfc gene, changing a cysteine into an arginine residue (C365R) in the highly conserved C-terminal propeptide|Schulte-Merker|ZDB-LAB-050429-4|Chr: 1|||2020-10-21
ZDB-ALT-110511-1|hu5088||||Point Mutation|ENU ||Schulte-Merker|ZDB-LAB-050429-4|Chr: 14|||2020-10-21
ZDB-ALT-141009-1|hu5142||||Point Mutation|embryos treated with ENU|Line carries F138C caused by a TTC-&amp;gt;TGC mutation.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 1|||2020-10-21
ZDB-ALT-130410-8|hu5310|||nob|Point Mutation||This allele contained an A to G transversion in the first coding exon resulting in a Thr to Ala alteration at position 80. This mutation is located in a highly conserved amino acid residue of the first apyrase conserved domain.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 17|||2020-10-21
ZDB-ALT-110504-1|hu5333Tg|||flt1-enh:RFP, Tg(-0.8flt1:RFP)hu5333|Transgenic Insertion|embryos treated with DNA|Transgene shows strong expression in arterial intersegmental vessels, weak expression in venous intersegmental vessels, no expression in lymphatic vessels|Schulte-Merker|ZDB-LAB-050429-4|Unmapped|Tg(-0.8flt1:RFP)|ZDB-TGCONSTRCT-110504-1|2020-10-21
ZDB-ALT-060825-36|hu540a||||Point Mutation|adult males treated with ENU|Amino acid 285 of the zebrafish protein corresponds to amino acid 293 of the human ortholog.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 1|||2020-10-21
ZDB-ALT-150818-1|hu5626||||Point Mutation|adult males treated with ENU|Hermkens et al (2015): a guanine-to-adenine mutation leading to a predicted premature stop-codon (after amino acid 53) within the HMG domain of Sox7|Schulte-Merker|ZDB-LAB-050429-4|Chr: 20|||2020-10-21
ZDB-ALT-200318-6|hu5666||||Point Mutation|adult males treated with ENU||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|||2020-10-21
ZDB-ALT-160729-4|hu5670||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 24|||2020-10-21
ZDB-ALT-150810-2|hu5753||||Unknown|||Bakkers Lab|ZDB-LAB-031010-1|Chr: 23|||2020-10-21
ZDB-ALT-140801-1|hu5855|||lyc1, lymphatic and cardiac defects 1|Point Mutation||mutation in pkd1a introducing a premature stop codon (R3607X). This mutation was predicted to result in the failed translation of six of the 11 transmembrane domains and essential C-terminal cytoplasmic tail of the protein|Schulte-Merker|ZDB-LAB-050429-4|Chr: 1|||2020-10-21
ZDB-ALT-120404-1|hu5909Tg|||TgBAC_CU855796(sox9b:Citrine)hu5909, TgBAC(sox9b:Citrine)hu5909, TgFOS(sox9b:Citrine)hu5909|Transgenic Insertion|embryos treated with DNA|This transgenic line was not maintained.|Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgFOS(sox9b:Citrine)|ZDB-TGCONSTRCT-120404-1|2020-10-21
ZDB-ALT-120726-4|hu5910Tg|||TgBAC(col2a1a:mCherry)hu5910, tg(col2a1BAC:mCherry)hu5900|Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(col2a1a:mCherry)|ZDB-TGCONSTRCT-120726-3|2020-10-21
ZDB-ALT-140805-2|hu5920||||Point Mutation|adult males treated with ENU|Bonetti et al (2014)\nnonsense mutation in exon 3 of ptpn11b introducing a premature stop well upstream of the phosphatase catalytic site and hence, no functional protein is produced.|den Hertog Lab|ZDB-LAB-040713-1|Chr: 23|||2020-10-21
ZDB-ALT-110802-4|hu5935|||wickham, wkm|Point Mutation|adult males treated with ENU||Bakkers Lab|ZDB-LAB-031010-1|Chr: 5|||2020-10-21
ZDB-ALT-130412-1|hu5939Tg|||TgBAC(entpd5a:YFP)hu5939|Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(entpd5a:YFP)|ZDB-TGCONSTRCT-130412-1|2020-10-21
ZDB-ALT-110425-1|hu5985||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 3|||2020-10-21
ZDB-ALT-140114-1|hu6023||||Point Mutation||Weijts et al (2012): A207-stop;  mutation within the highly conserved first DNA-binding domain.|Cuppen Lab|ZDB-LAB-070815-1|Chr: 4|||2020-10-21
ZDB-ALT-140114-2|hu6024||||Point Mutation||Weijts et al (2012): A2196-stop;  mutation within the highly conserved first DNA-binding domain.|Cuppen Lab|ZDB-LAB-070815-1|Chr: 7|||2020-10-21
ZDB-ALT-150616-1|hu6044||||Point Mutation|ENU |This allle has a T to G substitution, creating a premature stop codon that leds to the interruption of of translation after 15 amino acids.|Hubrecht Institute|ZDB-LAB-141201-1|Chr: 16|||2020-10-21
ZDB-ALT-170620-12|hu6123|||Ly04-093|Point Mutation|adult males treated with ENU||Schulte-Merker|ZDB-LAB-050429-4|Chr: 7|||2020-10-21
ZDB-ALT-141009-2|hu6124||||Point Mutation||T-&amp;gt;A mutation causes C339S in vecfc.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 1|||2020-10-21
ZDB-ALT-150128-4|hu6242Tg||||Transgenic Insertion|embryos treated with DNA||Ketting Lab|ZDB-LAB-090422-1|Unmapped|Tg(4xUAS:MYR-Tomato-h2az2a-23xG-EGFP)|ZDB-TGCONSTRCT-150128-2|2020-10-21
ZDB-ALT-150128-3|hu6243Tg||||Transgenic Insertion|embryos treated with DNA||Ketting Lab|ZDB-LAB-090422-1|Unmapped|Tg(4xUAS:h2az2a-23xG-EGFP)|ZDB-TGCONSTRCT-150128-1|2020-10-21
ZDB-ALT-130809-2|hu6410||||Point Mutation||The vegfc<sup>hu6410</sup> allele encodes a stop codon at amino acid position 107.|Plasterk Lab|ZDB-LAB-010309-1|Chr: 1|||2020-10-21
ZDB-ALT-130502-1|hu6448||||Point Mutation|adult males treated with ENU|carries a cysteine to threonine mutation in exon 4 of syne3 (ENSDARG00000023237) leading to the introduction of a premature stop codon at position 195|Cuppen Lab|ZDB-LAB-070815-1|Chr: 17|||2020-10-21
ZDB-ALT-151008-1|hu6531Tg||||Transgenic Insertion|embryos treated with DNA||Bakkers Lab|ZDB-LAB-031010-1|Unmapped|Tg(myl7:GAL4FF)|ZDB-TGCONSTRCT-151008-1|2020-10-21
ZDB-ALT-121204-4|hu6635Tg|||TgBAC(isl1:Gal4ff)hu6635|Transgenic Insertion|embryos treated with DNA||Bakkers Lab|ZDB-LAB-031010-1|Unmapped|TgBAC(isl1:GAL4FF)|ZDB-TGCONSTRCT-121204-1|2020-10-21
ZDB-ALT-151008-2|hu6851Tg||||Transgenic Insertion|embryos treated with DNA||Bakkers Lab|ZDB-LAB-031010-1|Unmapped|Tg(UAS:h2az2a-GFP)|ZDB-TGCONSTRCT-151008-2|2020-10-21
ZDB-ALT-150223-1|hu6867Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(entpd5a:Kaede)|ZDB-TGCONSTRCT-150223-1|2020-10-21
ZDB-ALT-170620-13|hu6985|||Ly05-265|Point Mutation|adult males treated with ENU||Schulte-Merker|ZDB-LAB-050429-4|Chr: 7|||2020-10-21
ZDB-ALT-120229-1|hu7009Tg|||TgBAC(prox1b:Citrine)hu7009|Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(prox3:Citrine)|ZDB-TGCONSTRCT-120229-1|2020-10-21
ZDB-ALT-130306-2|hu7050Tg|||TgBAC(col10a1:Citrine)hu7050|Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(col10a1a:Citrine)|ZDB-TGCONSTRCT-130306-2|2020-10-21
ZDB-ALT-140521-1|hu7135Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(flt4:Citrine)|ZDB-TGCONSTRCT-140521-1|2020-10-21
ZDB-ALT-030922-6|hu715|||hu0715|Point Mutation|adult males treated with ENU||Plasterk Lab|ZDB-LAB-010309-1|Chr: 17|||2020-10-21
ZDB-ALT-150128-5|hu7161Tg||||Transgenic Insertion|embryos treated with DNA||Ketting Lab|ZDB-LAB-090422-1|Unmapped|Tg(hsp70l:mCherry-23xG-GAL4-VP16)|ZDB-TGCONSTRCT-150128-3|2020-10-21
ZDB-ALT-190123-671|hu7275Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|Tg(kdrl:GAL4FF)|ZDB-TGCONSTRCT-190123-2|2020-10-21
ZDB-ALT-180919-1|hu7426Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(cyp26b1:YFP)|ZDB-TGCONSTRCT-180919-1|2020-10-21
ZDB-ALT-130214-1|hu7432Tg|||TgBAC(enpp1:enpp1,CMV:YFP)hu7432|Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(enpp1:enpp1,CMV:YFP)|ZDB-TGCONSTRCT-130214-1|2020-10-21
ZDB-ALT-050914-2|hu745|||mcr|Point Mutation|ENU ||Clevers Lab|ZDB-LAB-031201-2|Chr: 10|||2020-10-21
ZDB-ALT-181127-2|hu7478Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(entpd5a:KillerRed)|ZDB-TGCONSTRCT-181127-1|2020-10-21
ZDB-ALT-120727-238|hu7857||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 10|||2020-10-21
ZDB-ALT-120727-288|hu7858||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 10|||2020-10-21
ZDB-ALT-120727-289|hu7861||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 11|||2020-10-21
ZDB-ALT-120727-239|hu7862||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 12|||2020-10-21
ZDB-ALT-120727-290|hu7869||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 16|||2020-10-21
ZDB-ALT-120727-291|hu7873||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 19|||2020-10-21
ZDB-ALT-120727-240|hu7875||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 2|||2020-10-21
ZDB-ALT-120727-241|hu7878||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 20|||2020-10-21
ZDB-ALT-120727-242|hu7879||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 21|||2020-10-21
ZDB-ALT-120727-292|hu7881||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 21|||2020-10-21
ZDB-ALT-120727-243|hu7885||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 22|||2020-10-21
ZDB-ALT-120727-244|hu7894||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 3|||2020-10-21
ZDB-ALT-120727-245|hu7895||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 3|||2020-10-21
ZDB-ALT-120727-246|hu7897||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 4|||2020-10-21
ZDB-ALT-120727-247|hu7900||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 5|||2020-10-21
ZDB-ALT-120727-248|hu7901||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 5|||2020-10-21
ZDB-ALT-120727-249|hu7903||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 5|||2020-10-21
ZDB-ALT-120727-293|hu7905||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 13|||2020-10-21
ZDB-ALT-120727-294|hu7910||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 7|||2020-10-21
ZDB-ALT-120727-250|hu7911||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 8|||2020-10-21
ZDB-ALT-120727-295|hu7912||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 8|||2020-10-21
ZDB-ALT-120727-251|hu7915||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Chr: 9|||2020-10-21
ZDB-ALT-120727-252|hu7916||||Point Mutation|adult males treated with ENU||Cuppen Lab|ZDB-LAB-070815-1|Ambiguous|||2020-10-21
ZDB-ALT-080130-1|hu801|||loc, lost-contact|Point Mutation|||Bakkers Lab|ZDB-LAB-031010-1|Chr: 10|||2020-10-21
ZDB-ALT-120718-3|hu8653|||cof|Point Mutation|adult males treated with ENU|Mutation is a T839A transversion resulting in a lysine substitution for methionine at position 280.|Bakkers Lab|ZDB-LAB-031010-1|Chr: 25|||2020-10-21
ZDB-ALT-131220-3|hu8654|||rof|Point Mutation|adult males treated with ENU|G-&amp;gt;T mutation in exon 13 of fermt1|Bakkers Lab|ZDB-LAB-031010-1|Chr: 20|||2020-10-21
ZDB-ALT-140912-3|hu8811Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|Tg(5xUAS:enpp1-TagRFP,myl7:mTurquoise)|ZDB-TGCONSTRCT-140912-3|2020-10-21
ZDB-ALT-100504-7|hu888||||Point Mutation|adult males treated with ENU|Piasecka et al (2015): mutation at position 25762707 of the chromosome5 (GenBank accession no: NC_007116). This mutation is G to T point mutation at the splice acceptor site in the intron 8 of p53 gene.
A cryptic splice-acceptor site within exon 9 was used, resulting in the deletion of 12 nucleotides from the 5′ end of exon 9 in the p53mRNA. This leads to four amino acid removal in the encoded protein, from leucine-278 to glutamic acid-281 and with replacement serine by lysine at 277 position without changing the reading frame.|Cuppen Lab|ZDB-LAB-070815-1|Chr: 5|||2020-10-21
ZDB-ALT-170620-14|hu8885Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|TgBAC(svep1:GAL4FF)|ZDB-TGCONSTRCT-170620-1|2020-10-21
ZDB-ALT-090611-9|hu892||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 18|||2020-10-21
ZDB-ALT-090611-10|hu893||||Point Mutation|adult males treated with ENU||Hubrecht Institute|ZDB-LAB-141201-1|Chr: 18|||2020-10-21
ZDB-ALT-030922-2|hu894||||Point Mutation|adult males treated with ENU||Plasterk Lab|ZDB-LAB-010309-1|Chr: 17|||2020-10-21
ZDB-ALT-030922-4|hu896||||Point Mutation|adult males treated with ENU||Plasterk Lab|ZDB-LAB-010309-1|Chr: 17|||2020-10-21
ZDB-ALT-140902-3|hu9228Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|Tg(shha:vegfc,mTurquoise)|ZDB-TGCONSTRCT-140902-3|2020-10-21
ZDB-ALT-140521-2|hu9236Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|Tg(Ola.Flt4:GAL4FF)|ZDB-TGCONSTRCT-140521-3|2020-10-21
ZDB-ALT-140902-2|hu9282Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|Tg(shha:ccbe1,TagRFP)|ZDB-TGCONSTRCT-140902-2|2020-10-21
ZDB-ALT-140912-1|hu9313Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|Tg(col2a1a:GAL4FF)|ZDB-TGCONSTRCT-140912-1|2020-10-21
ZDB-ALT-140912-2|hu9381Tg||||Transgenic Insertion|embryos treated with DNA||Schulte-Merker|ZDB-LAB-050429-4|Unmapped|Tg(shha:GAL4FF)|ZDB-TGCONSTRCT-140912-2|2020-10-21
ZDB-ALT-151008-3|hu9579Tg||||Transgenic Insertion|embryos treated with DNA||Bakkers Lab|ZDB-LAB-031010-1|Unmapped|TgBAC(nkx2.5:GAL4FF)|ZDB-TGCONSTRCT-151008-3|2020-10-21
ZDB-ALT-160721-19|hu9963||||Small Deletion|embryos treated with TALEN1-nrp1a|Frameshift at aa 96; 37 additional aa then stop.|Schulte-Merker|ZDB-LAB-050429-4|Chr: 24|||2020-10-21
ZDB-ALT-200813-5|huj19Tg||||Transgenic Insertion|embryos treated with DNA||Inbal Lab|ZDB-LAB-090526-1|Unmapped|Tg(foxe3:NLS-EGFP)|ZDB-TGCONSTRCT-200813-3|2020-10-21
ZDB-ALT-160413-8|huj8Tg||||Transgenic Insertion|embryos treated with DNA||Inbal Lab|ZDB-LAB-090526-1|Unmapped|Tg(rx3:Kaede)|ZDB-TGCONSTRCT-160413-4|2020-10-21
ZDB-ALT-150723-13|huj9Tg||||Transgenic Insertion|embryos treated with DNA||Inbal Lab|ZDB-LAB-090526-1|Unmapped|Tg(kdrl:Kaede)|ZDB-TGCONSTRCT-150723-6|2020-10-21
ZDB-ALT-160113-1|hyo1Tg||||Transgenic Insertion|embryos treated with DNA||Hatta Lab|ZDB-LAB-070419-3|Unmapped|Tg(UAS:Cr.ChR2-EYFP)|ZDB-TGCONSTRCT-160113-1|2020-10-21
ZDB-ALT-191108-3|hyo2Tg|||zebrabow|Transgenic Insertion|embryos treated with DNA||Hatta Lab|ZDB-LAB-070419-3|Unmapped|Tg(ubb:LOX2272-LOXP-Tomato-LOX2272-Cerulean-LOXP-YFP)|ZDB-TGCONSTRCT-130816-1|2020-10-21
ZDB-ALT-180410-1|hza1||||Small Deletion|embryos treated with CRISPR4-eaf1|deletion of CCGCC|Jing-Xia Liu Lab|ZDB-LAB-170209-9|Chr: 16|||2020-10-21
ZDB-ALT-190408-2|hza2||||Insertion|embryos treated with CRISPR1-cox17||Jing-Xia Liu Lab|ZDB-LAB-170209-9|Chr: 9|||2020-10-21
ZDB-ALT-200309-1|hza3||||Small Deletion|embryos treated with CRISPR1-cox17||Jing-Xia Liu Lab|ZDB-LAB-170209-9|Chr: 9|||2020-10-21
ZDB-ALT-200520-2|hza4||||Small Deletion|embryos treated with CRISPR1-atp7a||Jing-Xia Liu Lab|ZDB-LAB-170209-9|Chr: 14|||2020-10-21
ZDB-ALT-180517-3|hza51||||Small Deletion|embryos treated with CRISPR1-mir34a, si:ch211-28e16.5, CRISPR2-mir34a, si:ch211-28e16.5|This line was generated by injecting two CRISPRs which flank the mir34a gene. The authors demonstrated that the mir34a gene is deleted in this line. On the opposite strand from the mir34a gene is an EST si:ch211-28e16.5 which may also be affected by this deletion.|Jie Mei Lab|ZDB-LAB-170210-3|Unmapped|||2020-10-21
ZDB-ALT-200810-1|hza54||||Small Deletion|embryos treated with CRISPR2-atg7||Jie Mei Lab|ZDB-LAB-170210-3|Chr: 11|||2020-10-21
ZDB-ALT-200810-2|hza55||||Small Deletion|embryos treated with CRISPR2-atg7||Jie Mei Lab|ZDB-LAB-170210-3|Chr: 11|||2020-10-21
ZDB-ALT-200810-3|hza56||||Small Deletion|||Jie Mei Lab|ZDB-LAB-170210-3|Chr: 12|||2020-10-21
ZDB-ALT-200813-3|hza57||||Small Deletion|embryos treated with CRISPR1-igf2bp3||Jie Mei Lab|ZDB-LAB-170210-3|Chr: 19|||2020-10-21
ZDB-ALT-200813-4|hza58||||Small Deletion|embryos treated with CRISPR1-igf2bp3||Jie Mei Lab|ZDB-LAB-170210-3|Chr: 19|||2020-10-21
ZDB-ALT-151125-17|hzm10Tg||||Transgenic Insertion|embryos treated with DNA||Lopez-Schier Lab|ZDB-LAB-061020-1|Unmapped|Tg(cldnb:ERT2-GAL4)|ZDB-TGCONSTRCT-151125-1|2020-10-21
ZDB-ALT-151125-18|hzm11Tg||||Transgenic Insertion|embryos treated with DNA||Lopez-Schier Lab|ZDB-LAB-061020-1|Unmapped|Tg(UAS:Hsa.HIST1H2AL-mTurquoise)|ZDB-TGCONSTRCT-151125-2|2020-10-21
ZDB-ALT-190819-2|hzm12Et|This feature is representative of one or more unknown insertion sites.||Tg(vdrb:mCherry)|Transgenic Insertion|embryos treated with DNA|The insertion site was located in Zv9 build chromosome 6:38936157, in the first intron of the vdrb gene (ENSEMBL Gene ID ENSDARG00000070721).|Köster Lab|ZDB-LAB-060314-2|Unmapped|Et(shhb:KALTA4,UAS-E1B:mCherry)|ZDB-ETCONSTRCT-120217-3|2020-10-21
ZDB-ALT-200702-1|hzm13||||Indel|embryos treated with CRISPR1-sarm1||Lopez-Schier Lab|ZDB-LAB-061020-1|Chr: 15|||2020-10-21
ZDB-ALT-200702-2|hzm14||||Indel|embryos treated with CRISPR1-sarm1||Lopez-Schier Lab|ZDB-LAB-061020-1|Chr: 15|||2020-10-21
ZDB-ALT-090702-3|hzm1Et|||Et(kita:Gal4TA4,UAS:mCherry)hzm1|Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Et(kita:GAL4TA4,UAS:mCherry)|ZDB-ETCONSTRCT-130122-1|2020-10-21
ZDB-ALT-100624-1|hzm2Tg|||Tg(atoh1a:Gal4TA4)hzm2|Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(atoh1a:GAL4TA4)|ZDB-TGCONSTRCT-100624-1|2020-10-21
ZDB-ALT-100809-1|hzm3Tg|||Tg(4xUAS:GFP)hzm3|Transgenic Insertion|DNA ||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(4xUAS:GFP)|ZDB-TGCONSTRCT-100809-1|2020-10-21
ZDB-ALT-100809-2|hzm4Tg|||Tg(shhb:Gal4TA4, 5xUAS:mRFP)hzm4, Tg(shhb:GAL4TA4, 5xUAS:mRFP)hzm4, Tg(shhb:Gal4TA4, UAS:mRFP)hzm4, Tg(twhh:Gal4TA4, UAS:mRFP)hzm4|Transgenic Insertion|DNA ||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(shhb:GAL4TA4,5xUAS:mRFP)|ZDB-TGCONSTRCT-100809-2|2020-10-21
ZDB-ALT-110214-1|hzm5Et|||Et(zic4:Gal4TA4, UAS:mCherry)hzm5, Et(zic4:GAL4TA4, UAS:mCherry)hzm5|Transgenic Insertion|embryos treated with DNA|This line carries the Gal4 activator under control of a position effect of the enhancer of the zic1/zic4 gene.
|Köster Lab|ZDB-LAB-060314-2|Unmapped|Et(zic4:GAL4TA4,UAS:mCherry)|ZDB-ETCONSTRCT-110214-1|2020-10-21
ZDB-ALT-110413-1|hzm6Et|||Et(shhb:Gal4TA4,UAS:mCherry)hzm6|Transgenic Insertion|embryos treated with DNA|This enhancer trap line traps an egr2b enhancer.|Köster Lab|ZDB-LAB-060314-2|Unmapped|Et(shhb:GAL4TA4,UAS:mCherry)|ZDB-ETCONSTRCT-110413-2|2020-10-21
ZDB-ALT-141119-1|hzm7Et|This feature is representative of one or more unknown insertion sites.||Et(phldb1:Gal4-mCherry), hzm7Tg, Tg(phldb1:mCherry)|Transgenic Insertion|embryos treated with DNA|This insertion has been mapped and is close to phldb1b.|Köster Lab|ZDB-LAB-060314-2|Unmapped|Et(shhb:KALTA4,UAS-E1B:mCherry)|ZDB-ETCONSTRCT-120217-3|2020-10-21
ZDB-ALT-150528-2|hzm8Et||||Transgenic Insertion|embryos treated with DNA|The insertion location the Et(shhb:KALTA4,UAS-E1b:mCherry) transgene in this fish was determined to be approximately 22kb upstream of ENSDARG00000058274 in Zv8.|Köster Lab|ZDB-LAB-060314-2|Unmapped|Et(shhb:KALTA4,UAS-E1B:mCherry)|ZDB-ETCONSTRCT-120217-3|2020-10-21
ZDB-ALT-150529-3|hzm9Tg||||Transgenic Insertion|embryos treated with DNA||Köster Lab|ZDB-LAB-060314-2|Unmapped|Tg(her3:KALTA4)|ZDB-TGCONSTRCT-150529-7|2020-10-21
ZDB-ALT-151027-1|hzu1||||Small Deletion|embryos treated with TALEN1-rp2|Liu et al (2015): c.359_363delCGGTC (5bp deletion). TALEN target Exon 2|Mugen Liu Lab|ZDB-LAB-151014-1|Chr: 6|||2020-10-21
ZDB-ALT-200507-1|hzu10|||c.138_141delTACT|Small Deletion|embryos treated with TALEN1-prom1a||Mugen Liu Lab|ZDB-LAB-151014-1|Chr: 14|||2020-10-21
ZDB-ALT-170612-1|hzu2|||del12|Small Deletion|embryos treated with TALEN1-rp2||Mugen Liu Lab|ZDB-LAB-151014-1|Chr: 6|||2020-10-21
ZDB-ALT-170816-1|hzu3|||c.43_49delTGGTCGG, MT3|Small Deletion|embryos treated with TALEN1-cerkl|The 7 bp deletion caused a frame shift, resulting in an abnormal Trp15Argfs*21 protein.|Mugen Liu Lab|ZDB-LAB-151014-1|Chr: 9|||2020-10-21
ZDB-ALT-180308-1|hzu4||||Small Deletion|embryos treated with TALEN1-eys||Mugen Liu Lab|ZDB-LAB-151014-1|Chr: 13|||2020-10-21
ZDB-ALT-180320-6|hzu5|||del7|Small Deletion|embryos treated with TALEN1-hsf4|c.211_217del, p.Lys24- Glyfs10|Mugen Liu Lab|ZDB-LAB-151014-1|Chr: 18|||2020-10-21
ZDB-ALT-181217-10|hzu6||||Small Deletion|embryos treated with TALEN1-ush2a|Between 136 bp to 162 bp of the wild-type ush2a coding sequence, GCCCCTCAGGGCAACTT, is deleted.|Mugen Liu Lab|ZDB-LAB-151014-1|Chr: 17|||2020-10-21
ZDB-ALT-191030-6|hzu7||||Small Deletion|embryos treated with CRISPR1-lca5||Mugen Liu Lab|ZDB-LAB-151014-1|Unmapped|||2020-10-21
ZDB-ALT-191104-8|hzu8||||Small Deletion|embryos treated with TALEN1-prom1b|180-183 bp of the wild-type prom1b coding sequence, ACCA, is deleted from exon 1.|Mugen Liu Lab|ZDB-LAB-151014-1|Chr: 1|||2020-10-21
ZDB-ALT-191203-1|hzu9||||Small Deletion|embryos treated with CRISPR1-nr2e3|Between 485 bp to 521 bp of the wild-type nr2e3 coding sequence, 37 bp were deleted in exon 4. The mutated nr2e3 codes for a truncated protein containing 180 aa, of which 426 aa are identical to wildtype nr2e3.|Mugen Liu Lab|ZDB-LAB-151014-1|Unmapped|||2020-10-21
ZDB-ALT-080923-1|i101Tg|||Tg(smyhc1:EGFP)i101|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(smyhc1:EGFP)|ZDB-TGCONSTRCT-080923-1|2020-10-21
ZDB-ALT-080923-2|i102Tg|||Tg(smyhc1:EGFP)i102|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(smyhc1:EGFP)|ZDB-TGCONSTRCT-080923-1|2020-10-21
ZDB-ALT-080923-3|i103Tg|||Tg(smyhc1:EGFP)i103|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(smyhc1:EGFP)|ZDB-TGCONSTRCT-080923-1|2020-10-21
ZDB-ALT-080923-4|i104Tg|||Tg(smyhc1:EGFP)i104|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(smyhc1:EGFP)|ZDB-TGCONSTRCT-080923-1|2020-10-21
ZDB-ALT-080923-5|i105Tg|||Tg(smyhc1:EGFP)i105|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(smyhc1:EGFP)|ZDB-TGCONSTRCT-080923-1|2020-10-21
ZDB-ALT-080923-6|i106Tg|||TgPAC_F2219(prdm1a:EGFP)i106, TgPAC(prdm1a:EGFP)i106|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|TgPAC(prdm1a:EGFP)|ZDB-TGCONSTRCT-080923-2|2020-10-21
ZDB-ALT-080923-7|i107Tg|||TgPAC_F2219(prdm1a:EGFP)i107, TgPAC(prdm1a:EGFP)i107|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|TgPAC(prdm1a:EGFP)|ZDB-TGCONSTRCT-080923-2|2020-10-21
ZDB-ALT-080918-3|i108Tg|||TgBAC(smyhc1:EGFP)i108, TgBAC_ZC227E6(smyhc1:EGFP)i108|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|TgBAC(smyhc1:EGFP)|ZDB-TGCONSTRCT-080918-1|2020-10-21
ZDB-ALT-080923-8|i111Tg|||Tg(-60prdm1a:EGFP)i111|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(-60prdm1a:EGFP)|ZDB-TGCONSTRCT-080923-3|2020-10-21
ZDB-ALT-070118-1|i113Tg|||Tg(BACmpo:gfp)i113|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(mpx:GFP)|ZDB-TGCONSTRCT-070118-1|2020-10-21
ZDB-ALT-070118-2|i114Tg|||Tg(BACmpo:gfp)i114, zf2111Tg|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(mpx:GFP)|ZDB-TGCONSTRCT-070118-1|2020-10-21
ZDB-ALT-111118-35|i124Tg|||TgBAC(myod1:EGFP)i124|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|TgBAC(myod1:EGFP)|ZDB-TGCONSTRCT-111118-4|2020-10-21
ZDB-ALT-081230-1|i130Tg|||Tg((5M)mylz2:GFP)i130|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg2(mylpfa:GFP)|ZDB-TGCONSTRCT-081230-1|2020-10-21
ZDB-ALT-111118-32|i131Tg|||TgBAC(pax7a:EGFP)i131|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|TgBAC(pax7a:EGFP)|ZDB-TGCONSTRCT-111118-1|2020-10-21
ZDB-ALT-081112-1|i135Tg|||Tg(-2.2mylz2:GFP)i135|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(-2.2 mylpfa:GFP)|ZDB-TGCONSTRCT-081112-1|2020-10-21
ZDB-ALT-110707-1|i149Tg|||Tg(UAS-E1b:NfsB-mCherry)i149|Transgenic Insertion|embryos treated with DNA||Lab D38|ZDB-LAB-050202-1|Unmapped|Tg(UAS-E1B:NTR-mCherry)|ZDB-TGCONSTRCT-070314-2|2020-10-21
ZDB-ALT-111118-34|i150Tg|||TgBAC(pax3a:EGFP)i150|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|TgBAC(pax3a:EGFP)|ZDB-TGCONSTRCT-111118-3|2020-10-21
ZDB-ALT-111118-33|i167Tg|||TgBAC(pax7a:LY-Tomato)i167|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|TgBAC(pax7a:LY-Tomato)|ZDB-TGCONSTRCT-111118-2|2020-10-21
ZDB-ALT-110707-2|i186Tg|||TgBAC(csf1ra:Gal4-VP16)i186|Transgenic Insertion|embryos treated with DNA||Lab D38|ZDB-LAB-050202-1|Unmapped|TgBAC(csf1ra:GAL4-VP16)|ZDB-TGCONSTRCT-110707-1|2020-10-21
ZDB-ALT-150429-1|i187Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg2(smyhc1:EGFP)|ZDB-TGCONSTRCT-150429-1|2020-10-21
ZDB-ALT-050224-2|i2||||Unknown||Blagden, et al. (1997) tentatively concluded that <em>i2</em> was allelic with <em>boz<sup>m168</sup></em> based on complementation analysis.|Ingham Sheffield Lab|ZDB-LAB-970730-83|Chr: 15|||2020-10-21
ZDB-ALT-121031-2|i218Tg|||Tg(UAS:hif1ab,EGFP)i218|Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(UAS:hif1ab,EGFP)|ZDB-TGCONSTRCT-121031-2|2020-10-21
ZDB-ALT-170627-1|i230||||Point Mutation|adult males treated with ENU|G to A mutation in codon 698. Two splice forms are detected in the mutant, one with an inclusion of 118 bp from the intron, and the other with a 33 bp deletion from the exon. The former would result in a frameshift, and the latter in a truncated protein.|Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|||2020-10-21
ZDB-ALT-110708-1|i232||||Point Mutation|adult males treated with ENU|i232 is a point mutation (thymine to adenine) in the second exon of evx1, which changes a tyrosine codon into an ochre stop codon.  If translated, the truncated protein product is expected to be non-functional.  Homozygous viable and fertile.  (Schulte et al. ZDB-PUB-110518-28 )|Ingham Sheffield Lab|ZDB-LAB-970730-83|Ambiguous|||2020-10-21
ZDB-ALT-110223-3|i233Tg|||Tg(-10eng2a:EGFP)i233|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg(-10en2a:EGFP)|ZDB-TGCONSTRCT-110223-3|2020-10-21
ZDB-ALT-110223-4|i234Tg|||Tg(-8eng2a:EGFP)i234|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg(-8en2a:EGFP)|ZDB-TGCONSTRCT-110223-4|2020-10-21
ZDB-ALT-110223-5|i235Tg|||Tg(eng2a.1:EGFP)i235|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg1(en2a:EGFP)|ZDB-TGCONSTRCT-110223-5|2020-10-21
ZDB-ALT-110223-6|i236Tg|||Tg(eng2a.1:EGFP)i236|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg1(en2a:EGFP)|ZDB-TGCONSTRCT-110223-5|2020-10-21
ZDB-ALT-110223-7|i237Tg|||Tg(eng2a.2:EGFP)i237|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg2(en2a:EGFP)|ZDB-TGCONSTRCT-110223-6|2020-10-21
ZDB-ALT-110223-8|i238Tg|||Tg(eng2a.3:EGFP)i238|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg3(en2a:EGFP)|ZDB-TGCONSTRCT-110223-7|2020-10-21
ZDB-ALT-110223-9|i239Tg|||Tg(eng2a.4:EGFP)i239|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg4(en2a:EGFP)|ZDB-TGCONSTRCT-110223-8|2020-10-21
ZDB-ALT-110223-10|i240Tg|||Tg(eng2a.5:EGFP)i240|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg5(en2a:EGFP)|ZDB-TGCONSTRCT-110223-9|2020-10-21
ZDB-ALT-110223-11|i241Tg|||Tg(eng2a.6:EGFP)i241|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg6(en2a:EGFP)|ZDB-TGCONSTRCT-110223-10|2020-10-21
ZDB-ALT-110223-12|i242Tg|||Tg(eng2a.7:EGFP)i242|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg7(en2a:EGFP)|ZDB-TGCONSTRCT-110223-11|2020-10-21
ZDB-ALT-110223-13|i243Tg|||Tg(eng2a.8:EGFP)i243|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg8(en2a:EGFP)|ZDB-TGCONSTRCT-110223-12|2020-10-21
ZDB-ALT-110223-14|i244Tg|||Tg(eng2a.9:EGFP)i244|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg9(en2a:EGFP)|ZDB-TGCONSTRCT-110223-13|2020-10-21
ZDB-ALT-110223-15|i245Tg|||Tg(eng2a.10:EGFP)i245|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg10(en2a:EGFP)|ZDB-TGCONSTRCT-110223-14|2020-10-21
ZDB-ALT-110223-16|i246Tg|||Tg(eng2a.11:EGFP)i246|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg11(en2a:EGFP)|ZDB-TGCONSTRCT-110223-15|2020-10-21
ZDB-ALT-110223-17|i247Tg|||Tg(eng2a.12:EGFP)i247|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg12(en2a:EGFP)|ZDB-TGCONSTRCT-110223-16|2020-10-21
ZDB-ALT-110223-18|i248Tg|||Tg(eng2a.13:EGFP)i248|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg13(en2a:EGFP)|ZDB-TGCONSTRCT-110223-17|2020-10-21
ZDB-ALT-110223-19|i249Tg|||Tg(eng2a.14:EGFP)i249|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg14(en2a:EGFP)|ZDB-TGCONSTRCT-110223-18|2020-10-21
ZDB-ALT-110223-20|i250Tg|||Tg(eng2a.15:EGFP)i250|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg15(en2a:EGFP)|ZDB-TGCONSTRCT-110223-19|2020-10-21
ZDB-ALT-110223-21|i251Tg|||Tg(eng2a.16:EGFP)i251|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg16(en2a:EGFP)|ZDB-TGCONSTRCT-110223-20|2020-10-21
ZDB-ALT-111206-3|i252aTg|||i252, Tg(-7.6sox6:EGFP)i252, Tg(-7.6sox6:EGFP)i252a|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg(-7.6sox6:EGFP)|ZDB-TGCONSTRCT-111206-2|2020-10-21
ZDB-ALT-121031-1|i252bTg|||Tg(lyz:Gal4-VP16)i252b|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg(lyz:GAL4-VP16)|ZDB-TGCONSTRCT-121031-1|2020-10-21
ZDB-ALT-111206-4|i253Tg|||Tg(-2.8sox6:EGFP)i253|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg(-2.8sox6:EGFP)|ZDB-TGCONSTRCT-111206-3|2020-10-21
ZDB-ALT-111206-6|i254Tg|||Tg(-2sox6:EGFP)i254|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg(-2sox6:EGFP)|ZDB-TGCONSTRCT-111206-5|2020-10-21
ZDB-ALT-111206-5|i255Tg|||Tg(-1.5sox6:EGFP)i255|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg(-1.5sox6:EGFP)|ZDB-TGCONSTRCT-111206-4|2020-10-21
ZDB-ALT-111206-7|i256Tg|||Tg(-2.8sox6:mCherry)i256|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg(-2.8sox6:mCherry)|ZDB-TGCONSTRCT-111206-6|2020-10-21
ZDB-ALT-111206-8|i257Tg|||Tg(sox6:mCherry)i257|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg(sox6:mCherry)|ZDB-TGCONSTRCT-111206-7|2020-10-21
ZDB-ALT-111206-9|i258Tg|||Tg(-2.8sox6:EGFP-sox6.1)i258|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg1(-2.8sox6:EGFP-UTR-sox6)|ZDB-TGCONSTRCT-111206-8|2020-10-21
ZDB-ALT-111207-8|i259Tg|||Tg(-2.8sox6:EGFP-sox6.2)i259|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg2(-2.8sox6:EGFP-UTR-sox6)|ZDB-TGCONSTRCT-111207-4|2020-10-21
ZDB-ALT-000412-8|i26||||Point Mutation|ENU ||Ingham Sheffield Lab|ZDB-LAB-970730-83|Chr: 7|||2020-10-21
ZDB-ALT-111207-9|i260Tg|||Tg(-2.8sox6:EGFP-sox6.3)i260|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg3(-2.8sox6:EGFP-UTR-sox6)|ZDB-TGCONSTRCT-111207-5|2020-10-21
ZDB-ALT-111206-2|i261Tg|||Tg(smyhc1:LY-Tomato)i261|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg(smyhc1:LY-Tomato)|ZDB-TGCONSTRCT-111206-1|2020-10-21
ZDB-ALT-120120-1|i262||||Indel|embryos treated with zinc finger nuclease|18 to 5 bp replacement resulting in frameshift and a premature termination codon, predicted to yield protein truncated N-terminal to the fourth coiled-coil domain.|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 17|||2020-10-21
ZDB-ALT-120120-2|i263||||Insertion|embryos treated with zinc finger nuclease|CCAT insertion resulting in frameshift and a premature termination codon, predicted to yield protein truncated N-terminal to the fourth coiled-coil domain.|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 17|||2020-10-21
ZDB-ALT-120120-3|i264||||Insertion|embryos treated with zinc finger nuclease|17-bp insertion resulting in frameshift and a premature termination codon, predicted to yield protein truncated N-terminal to the fourth coiled-coil domain.|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 17|||2020-10-21
ZDB-ALT-120120-4|i265||||Insertion|embryos treated with zinc finger nuclease|Single nt insertion (C) resulting in frameshift and a premature termination codon, predicted to yield protein truncated N-terminal to the fourth coiled-coil domain.|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 17|||2020-10-21
ZDB-ALT-120120-5|i266||||Small Deletion|embryos treated with zinc finger nuclease|CCACG deletion resulting in frameshift and a premature termination codon, predicted to yield protein truncated N-terminal to the fourth coiled-coil domain.|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 17|||2020-10-21
ZDB-ALT-120120-6|i267||||Small Deletion|embryos treated with zinc finger nuclease|81 nucleotide in-frame deletion, homozygotes almost fully adult viable|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 17|||2020-10-21
ZDB-ALT-120120-7|i268||||Small Deletion|embryos treated with zinc finger nuclease|Six nucleotide in-frame deletion|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 17|||2020-10-21
ZDB-ALT-120327-3|i269Tg|||Tg(actc1b:Gal4)i269|Transgenic Insertion|embryos treated with DNA||Ingham Singapore Lab|ZDB-LAB-061109-2|Unmapped|Tg(actc1b:GAL4)|ZDB-TGCONSTRCT-120327-1|2020-10-21
ZDB-ALT-140515-1|i270Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|TgBAC(ptch2:HA-EGFP)|ZDB-TGCONSTRCT-140416-1|2020-10-21
ZDB-ALT-150414-5|i271|||kif7delta8|Small Deletion|embryos treated with zinc finger nuclease|This allele has a 8-bp deletion (GGACCTGG).|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 7|||2020-10-21
ZDB-ALT-150414-6|i272|||kif7delta7|Small Deletion|embryos treated with zinc finger nuclease|This allele has a 7-bp deletion (TTGTGGA).|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 7|||2020-10-21
ZDB-ALT-150414-7|i273||||Small Deletion|embryos treated with zinc finger nuclease|A 3 bp deletion that removes one amino acid (D250).|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 7|||2020-10-21
ZDB-ALT-140717-3|i275||||Small Deletion|embryos treated with zinc finger nuclease|Wang 2013: 12-bp deletion the deletion in gli2a gene results in the loss of four residues (QLLS283-286) in a region that is not highly conserved between Gli proteins.|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 9|||2020-10-21
ZDB-ALT-140717-4|i276||||Insertion|embryos treated with zinc finger nuclease|Wang 2013: 4-bp insertion in gli2a which causes a frame shift resulting in a premature stop codon at CDS-1167. The resultant truncated open reading frame is predicted to encode a 388 aa protein, the first 284 residues of which correspond to the N-terminus of Gli2a. This includes the Gli2a repressor domain but lacks the zinc finger DNA binding domain and nuclear localization domain.|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 9|||2020-10-21
ZDB-ALT-140725-9|i277Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(lyz:akt2-EGFP)|ZDB-TGCONSTRCT-140725-6|2020-10-21
ZDB-ALT-140522-1|i278||||Small Deletion|embryos treated with zinc finger nuclease|van Impel, et al. (2014): The prox1a^i278 allele harbors a 10 bp deletion in the first coding exon, resulting in a frame-shift after amino acid 149, and a premature stop codon after additional four amino acids.|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 17|||2020-10-21
ZDB-ALT-150428-3|i280Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(smyhc1:GCaMP3)|ZDB-TGCONSTRCT-150428-3|2020-10-21
ZDB-ALT-160707-12|i283||||Small Deletion|embryos treated with zinc finger nuclease|the truncated region of Adrbk2 (Grk2) includes most of the regulator of G-protein signalling (RGS) domain, the entire kinase domain and the Pleckstrin homology (PH) domain|Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 10|||2020-10-21
ZDB-ALT-150730-1|i291||||Unknown|embryos treated with zinc finger nuclease||Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 7|||2020-10-21
ZDB-ALT-150730-2|i292||||Unknown|embryos treated with zinc finger nuclease||Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 7|||2020-10-21
ZDB-ALT-150428-2|i293Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|TgBAC(tnnc1b:EGFP-tnnc1b)|ZDB-TGCONSTRCT-150428-2|2020-10-21
ZDB-ALT-150428-1|i295Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(UAS:sox6-EGFP)|ZDB-TGCONSTRCT-150428-1|2020-10-21
ZDB-ALT-150730-3|i300||||Unknown|embryos treated with zinc finger nuclease||Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 4|||2020-10-21
ZDB-ALT-150730-4|i301||||Unknown|embryos treated with zinc finger nuclease||Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 4|||2020-10-21
ZDB-ALT-150723-1|i302Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(-2.5tnnc1b:EGFP-tnnc1b)|ZDB-TGCONSTRCT-150723-1|2020-10-21
ZDB-ALT-150723-2|i303Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(-2.5tnnc1b:EGFP)|ZDB-TGCONSTRCT-150723-2|2020-10-21
ZDB-ALT-150723-3|i304Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(-.270tnnc1b:EGFP-tnnc1b)|ZDB-TGCONSTRCT-150723-3|2020-10-21
ZDB-ALT-150723-4|i305Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(tnnc1b:EGFP)|ZDB-TGCONSTRCT-150723-4|2020-10-21
ZDB-ALT-150723-5|i306Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(Hsa.TNNC1:EGFP)|ZDB-TGCONSTRCT-150723-5|2020-10-21
ZDB-ALT-170628-2|i310||||Small Deletion|embryos treated with CRISPR2-myo18b||Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 10|||2020-10-21
ZDB-ALT-170628-3|i311||||Small Deletion|embryos treated with CRISPR2-myo18b||Ingham Singapore Lab|ZDB-LAB-061109-2|Chr: 10|||2020-10-21
ZDB-ALT-200227-5|i316Tg||||Transgenic Insertion|embryos treated with DNA||Ingham Sheffield Lab|ZDB-LAB-970730-83|Unmapped|Tg(smyhc1:GAL4-VP16)|ZDB-TGCONSTRCT-200227-2|2020-10-21
ZDB-ALT-040719-6|i33|||bf33|Point Mutation|ENU ||Ingham Sheffield Lab|ZDB-LAB-970730-83|Chr: 6|||2020-10-21
ZDB-ALT-120404-3|ia10Tg|||Tg(12xGli-Hsv.Tk:nlsmCherry)ia10|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(12xgli-HSV.Ul23:NLS-mCherry)|ZDB-TGCONSTRCT-120403-2|2020-10-21
ZDB-ALT-120404-2|ia11Tg|||Tg(12xGli-Hsv.TK:GFP)ia11|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(12xgli-HSV.Ul23:GFP)|ZDB-TGCONSTRCT-120403-1|2020-10-21
ZDB-ALT-130115-3|ia12Tg|||Tg(EPV.Tp1-Mmu.Hbb:EGFP)ia12|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(EPV.Tp1-Mmu.Hbb:EGFP)|ZDB-TGCONSTRCT-090625-1|2020-10-21
ZDB-ALT-130212-11|ia15Tg|||Tg(12xSBE:nlsmCherry)ia15|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(12xSBE:NLS-mCherry)|ZDB-TGCONSTRCT-130212-5|2020-10-21
ZDB-ALT-130212-12|ia16Tg|||Tg(12xSBE:EGFP)ia16|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(12xSBE:EGFP)|ZDB-TGCONSTRCT-130212-4|2020-10-21
ZDB-ALT-130115-2|ia17Tg|||Tg(BMPRE:nlsmCherry)ia17|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(BMPRE:NLS-mCherry)|ZDB-TGCONSTRCT-130115-2|2020-10-21
ZDB-ALT-130115-4|ia18Tg|||Tg(BMPRE:EGFP)ia18|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg2(BMPRE:EGFP)|ZDB-TGCONSTRCT-130115-4|2020-10-21
ZDB-ALT-070215-2|ia1Tg|||Glu:GFP, Tg(gcga:GFP)ia1|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(gcga:GFP)|ZDB-TGCONSTRCT-070215-2|2020-10-21
ZDB-ALT-170522-1|ia200||||Small Deletion|embryos treated with CRISPR1-ids|The mutant fish harbors a 5 bp deletion (sequence CTACT) from nucleotide 241 to nucleotide 245|Moro Lab|ZDB-LAB-131024-2|Chr: 14|||2020-10-21
ZDB-ALT-130123-1|ia20Tg|||Tg(9xGCRE-HSV.Ul23:EGFP)ia20|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(9xGCRE-HSV.Ul23:EGFP)|ZDB-TGCONSTRCT-130123-1|2020-10-21
ZDB-ALT-131030-1|ia21Tg|||Tg(4xHRE-TATA:EGFP)ia21|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(4xHRE-TATA:EGFP)|ZDB-TGCONSTRCT-131030-1|2020-10-21
ZDB-ALT-150721-1|ia22Tg||||Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(4xHRE-TATA:mCherry,mylpfa:EGFP)|ZDB-TGCONSTRCT-150721-1|2020-10-21
ZDB-ALT-190318-5|ia23||||Small Deletion|||Argenton Lab|ZDB-LAB-990226-9|Unmapped|||2020-10-21
ZDB-ALT-190318-6|ia24Tg||||Transgenic Insertion|||Argenton Lab|ZDB-LAB-990226-9|Unmapped|||2020-10-21
ZDB-ALT-190318-7|ia25Tg||||Transgenic Insertion|||Argenton Lab|ZDB-LAB-990226-9|Unmapped|||2020-10-21
ZDB-ALT-070215-3|ia2Tg|This feature is representative of one or more unknown insertion sites.||nkx2.2a:GFP, Tg(-8.5nkx2.2a:GFP)ia2|Transgenic Insertion|embryos treated with DNA|Astone et al (2015) reported that the ia2 insertion, in Tg(-8.5nkx2.2a:GFP)^ia2 embryos, was associated with a deletion of 15.2 Mb in the telomeric portion of chromosome 1. The current ZFIN database structure is not designed to record this case of Transgenic Insertion associated with a Deficiency. 
As a solution, the Transgenic Insertion and the Deficiency were recorded separately as ia2Tg (ZDB-ALT-070215-3) and ia2a (ZDB-ALT-180521-8), respectively, with an “is_allele” relationship to an imaginary gene “unm_ia2” (ZDB-GENE-180521-1). It must be noted the ia2 deletion (deficiency, ia2a) is apparently co-inherited with the ia2 transgene (ia2Tg).
For more details, please contact ZFIN.|Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(-8.5nkx2.2a:GFP)|ZDB-TGCONSTRCT-070215-3|2020-10-21
ZDB-ALT-170222-2|ia30||||Insertion|embryos treated with CRISPR1-nr3c1||Dalla Valle Lab|ZDB-LAB-200528-1|Chr: 14|||2020-10-21
ZDB-ALT-190206-1|ia300Tg||||Transgenic Insertion|embryos treated with DNA||Tiso Lab|ZDB-LAB-080627-1|Unmapped|Tg(tg:EGFP,myl7:EGFP)|ZDB-TGCONSTRCT-190206-1|2020-10-21
ZDB-ALT-191202-1|ia301Tg||||Transgenic Insertion|embryos treated with DNA||Tiso Lab|ZDB-LAB-080627-1|Unmapped|Tg(Hsa.Cox8a:MLS-EGFP)|ZDB-TGCONSTRCT-191202-1|2020-10-21
ZDB-ALT-180920-7|ia31||||Small Deletion|embryos treated with CRISPR1-epg5||Dalla Valle Lab|ZDB-LAB-200528-1|Chr: 5|||2020-10-21
ZDB-ALT-200701-3|ia32||||Small Deletion|||Argenton Lab|ZDB-LAB-990226-9|Unmapped|||2020-10-21
ZDB-ALT-200707-6|ia33||||Small Deletion|||Dalla Valle Lab|ZDB-LAB-200528-1|Unmapped|||2020-10-21
ZDB-ALT-200707-7|ia34||||Small Deletion|||Dalla Valle Lab|ZDB-LAB-200528-1|Unmapped|||2020-10-21
ZDB-ALT-071024-1|ia3Tg|||Tg(-3.5nkx2.2a:GFP)ia3|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(-3.5nkx2.2a:GFP)|ZDB-TGCONSTRCT-071024-1|2020-10-21
ZDB-ALT-150721-2|ia48Tg||||Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(Hsa.CTGF:EGFP)|ZDB-TGCONSTRCT-150721-2|2020-10-21
ZDB-ALT-150721-3|ia49Tg||||Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(Hsa.CTGF:NLS-mCherry)|ZDB-TGCONSTRCT-150721-3|2020-10-21
ZDB-ALT-110113-1|ia4Tg|||Tg(7xTCF-Xla.Siam:GFP)ia4, Wnt:GFP|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(7xTCF-Xla.Sia:GFP)|ZDB-TGCONSTRCT-110113-1|2020-10-21
ZDB-ALT-150626-1|ia50Tg||||Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(-2.5neurod1:EGFP)|ZDB-TGCONSTRCT-150626-2|2020-10-21
ZDB-ALT-160621-11|ia51Tg||||Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(mnx1:MITO-Kaede)|ZDB-TGCONSTRCT-160621-5|2020-10-21
ZDB-ALT-110113-2|ia5Tg|||Tg(7xTCF-Xla.Siam:nlsmCherry)ia5|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(7xTCF-Xla.Sia:NLS-mCherry)|ZDB-TGCONSTRCT-110113-2|2020-10-21
ZDB-ALT-101201-1|ia6Tg|||Tg(-5.5ptf1a:DsRed)ia6|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(-5.5ptf1a:DsRed)|ZDB-TGCONSTRCT-101201-1|2020-10-21
ZDB-ALT-130115-1|ia7Tg|||Tg(EPV.TP1-Mmu.Hbb:nlsmCherry)ia7|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(EPV.Tp1-Mmu.Hbb:NLS-mCherry)|ZDB-TGCONSTRCT-130115-1|2020-10-21
ZDB-ALT-111115-1|ia8Tg|||Tg(-1.2ins:HSV.UL23-GFP)ia8|Transgenic Insertion|embryos treated with DNA||Argenton Lab|ZDB-LAB-990226-9|Unmapped|Tg(-1.2ins:HSV.Ul23-GFP)|ZDB-TGCONSTRCT-111115-1|2020-10-21
ZDB-ALT-111115-13|ib1Tg|||line 1, Tg(Mmu.Prrx1:EGFP)ib1|Transgenic Insertion|embryos treated with DNA||Minguillon Lab|ZDB-LAB-110915-1|Unmapped|Tg(Mmu.Prrx1:EGFP)|ZDB-TGCONSTRCT-111115-30|2020-10-21
ZDB-ALT-111115-14|ib2Tg|||line 2, Tg(Mmu.Prrx1:EGFP)ib2|Transgenic Insertion|embryos treated with DNA||Minguillon Lab|ZDB-LAB-110915-1|Unmapped|Tg(Mmu.Prrx1:EGFP)|ZDB-TGCONSTRCT-111115-30|2020-10-21
ZDB-ALT-111115-15|ib3Tg|||line 5, Tg(Mmu.Prrx1:EGFP)ib3|Transgenic Insertion|embryos treated with DNA||Minguillon Lab|ZDB-LAB-110915-1|Unmapped|Tg(Mmu.Prrx1:EGFP)|ZDB-TGCONSTRCT-111115-30|2020-10-21
ZDB-ALT-111115-16|ib4Tg|||a2, Tg(prrx1a:EGFP)ib4|Transgenic Insertion|embryos treated with DNA||Minguillon Lab|ZDB-LAB-110915-1|Unmapped|Tg(prrx1a:EGFP)|ZDB-TGCONSTRCT-111115-31|2020-10-21
ZDB-ALT-111115-17|ib5Tg|||a6, Tg(prrx1a:EGFP)ib5|Transgenic Insertion|embryos treated with DNA||Minguillon Lab|ZDB-LAB-110915-1|Unmapped|Tg(prrx1a:EGFP)|ZDB-TGCONSTRCT-111115-31|2020-10-21
ZDB-ALT-111115-18|ib6Tg|||b1.5, Tg(prrx1b.1:EGFP)ib6|Transgenic Insertion|embryos treated with DNA||Minguillon Lab|ZDB-LAB-110915-1|Unmapped|Tg1(prrx1b:EGFP)|ZDB-TGCONSTRCT-111115-32|2020-10-21
ZDB-ALT-111115-19|ib7Tg|||b1.8, Tg(prrx1b.1:EGFP)ib7|Transgenic Insertion|embryos treated with DNA||Minguillon Lab|ZDB-LAB-110915-1|Unmapped|Tg1(prrx1b:EGFP)|ZDB-TGCONSTRCT-111115-32|2020-10-21
ZDB-ALT-111115-20|ib8Tg|||b2.11, Tg(prrx1b.2:EGFP)ib8|Transgenic Insertion|embryos treated with DNA||Minguillon Lab|ZDB-LAB-110915-1|Unmapped|Tg2(prrx1b:EGFP)|ZDB-TGCONSTRCT-111115-33|2020-10-21
ZDB-ALT-111115-21|ib9Tg|||b2.13, Tg(prrx1b.2:EGFP)ib9|Transgenic Insertion|embryos treated with DNA||Minguillon Lab|ZDB-LAB-110915-1|Unmapped|Tg2(prrx1b:EGFP)|ZDB-TGCONSTRCT-111115-33|2020-10-21
ZDB-ALT-170207-1|ibl150Tg||||Transgenic Insertion|embryos treated with DNA||Meijer Lab|ZDB-LAB-170207-1|Unmapped|Tg(cxcl18b:EGFP)|ZDB-TGCONSTRCT-170207-1|2020-10-21
ZDB-ALT-141020-1|ibl1Tg||||Transgenic Insertion|embryos treated with DNA||Spaink Lab|ZDB-LAB-070104-2|Unmapped|Tg(14xUAS:GFP-Hsa.EWSR1-Hsa.ERG)|ZDB-TGCONSTRCT-141020-1|2020-10-21
ZDB-ALT-200430-2|ibl2|||-4|Indel|embryos treated with CRISPR1-stab2||Bussmann Lab|ZDB-LAB-200430-1|Chr: 4|||2020-10-21
ZDB-ALT-120611-3|ibl30||||Insertion|zinc finger nuclease |<i>rnf2</i> knockout was generated using zinc finger nuclease.  This mutation causes the insertion of 4bp resulting in an open reading frame-shift that leads to a premature stop codon|Haramis Lab|ZDB-LAB-110408-2|Chr: 2|||2020-10-21
ZDB-ALT-120611-1|ibl31||||Small Deletion|zinc finger nuclease |<i>rnf2</i> knockout was generated using zinc finger nuclease.  This mutation causes the deletion of 14bp resulting in an open reading frame-shift that leads to a premature stop codon|Haramis Lab|ZDB-LAB-110408-2|Chr: 2|||2020-10-21
ZDB-ALT-170920-6|ibl40Tg||||Transgenic Insertion|embryos treated with DNA||Schaaf Lab|ZDB-LAB-170906-3|Unmapped|Tg(14xUAS:d1EGFP-nr3c1)|ZDB-TGCONSTRCT-170920-1|2020-10-21
ZDB-ALT-190830-7|ibl50||||Small Deletion|embryos treated with CRISPR1-cxcr3.3|the mutation has created a 46 bp deletion in the first exon, directly after the first transmembrane domain which guarantees that the GPCR is entirely dysfunctional|Meijer Lab|ZDB-LAB-170207-1|Chr: 16|||2020-10-21
ZDB-ALT-190218-1|ibl51||||Small Deletion|embryos treated with CRISPR1-optn|short guide RNA was designed to target the beginning of coding exon 2, upstream of the exons encoding the ubiquitin and Lc3 binding regions, such that the effect of CRISPR mutation is a complete loss of protein function|Meijer Lab|ZDB-LAB-170207-1|Chr: 4|||2020-10-21
ZDB-ALT-190218-2|ibl52||||Small Deletion|embryos treated with CRISPR1-sqstm1|short guide RNA was designed to target the beginning of coding exon 2 of sqstm1/p62, upstream of the exons encoding the ubiquitin and Lc3 binding regions, such that the effect of CRISPR mutation is a complete loss of protein function|Meijer Lab|ZDB-LAB-170207-1|Chr: 14|||2020-10-21
ZDB-ALT-190711-3|ibl53||||Indel|embryos treated with CRISPR1-dram1|short guide RNA was designed to target the first coding exon, such that the effect of CRISPR mutation is a complete loss of protein function|Meijer Lab|ZDB-LAB-170207-1|Chr: 4|||2020-10-21
ZDB-ALT-110203-6|ibr1Tg|||Tg(zff9:EGFP)ibr1|Transgenic Insertion|embryos treated with DNA||Calcaterra Lab|ZDB-LAB-100930-1|Unmapped|Tg(cnbpa:EGFP)|ZDB-TGCONSTRCT-110203-5|2020-10-21
ZDB-ALT-150727-2|ibr2Tg||||Transgenic Insertion|embryos treated with DNA||Calcaterra Lab|ZDB-LAB-100930-1|Unmapped|Tg(Xla.Eef1a1:cnbpa-EGFP)|ZDB-TGCONSTRCT-150727-3|2020-10-21
ZDB-ALT-150727-3|ibr3Tg||||Transgenic Insertion|embryos treated with DNA|This line was generated by transgenic insertion of a short cDNA sequence coding for a CNBP form lacking the first CCHC and the RGG motifs in frame with the sequence conding for eGFP|Calcaterra Lab|ZDB-LAB-100930-1|Unmapped|Tg(Xla.Eef1a1:cnbpa_M1-G35del-EGFP)|ZDB-TGCONSTRCT-150727-2|2020-10-21
ZDB-ALT-150601-1|ic3020Tg|||p3020|Transgenic Insertion|embryos treated with DNA and CRISPR||Del Bene Lab|ZDB-LAB-100607-1|Unmapped|TgBAC(neurod1:KALTA4)|ZDB-TGCONSTRCT-150601-2|2020-10-21
ZDB-ALT-150601-2|ic3021Tg||||Transgenic Insertion|embryos treated with DNA||Del Bene Lab|ZDB-LAB-100607-1|Unmapped|Tg(UAS:sypb-GFP)|ZDB-TGCONSTRCT-150601-1|2020-10-21
ZDB-ALT-160817-2|ic3023||||Small Deletion|embryos treated with TALEN1-kif5aa|homozygotes fail to inflate their swim bladders and die 10 days post-fertilization; frameshift at amino acid 122 and a premature stop codon after 162 of 1033 aa's within the motor domain of Kif5aa|Del Bene Lab|ZDB-LAB-100607-1|Chr: 9|||2020-10-21
ZDB-ALT-160817-3|ic3024||||Small Deletion|embryos treated with TALEN1-kif5aa|homozygotes fail to inflate their swim bladders and die 10 days post-fertilization; frameshift at amino acid 122 and a premature stop codon after 162 of 1033 aa's within the motor domain of Kif5aa|Del Bene Lab|ZDB-LAB-100607-1|Chr: 9|||2020-10-21
ZDB-ALT-151204-1|ic3025Tg||||Transgenic Insertion|embryos treated with DNA||Del Bene Lab|ZDB-LAB-100607-1|Unmapped|Tg(isl2b:GAL4,myl7:EGFP)|ZDB-TGCONSTRCT-151204-2|2020-10-21
ZDB-ALT-151204-9|ic3026Tg||||Transgenic Insertion|embryos treated with DNA||Del Bene Lab|ZDB-LAB-100607-1|Unmapped|Tg2(UAS:mCherry)|ZDB-TGCONSTRCT-151204-10|2020-10-21
ZDB-ALT-160912-4|ic3027Tg||||Transgenic Insertion|embryos treated with DNA||Del Bene Lab|ZDB-LAB-100607-1|Unmapped|Tg(rpl5b:GAL4)|ZDB-TGCONSTRCT-160909-1|2020-10-21
ZDB-ALT-160912-5|ic3028Tg||||Transgenic Insertion|embryos treated with DNA||Del Bene Lab|ZDB-LAB-100607-1|Unmapped|Tg(rx2:GAL4,myl7:EGFP)|ZDB-TGCONSTRCT-160909-2|2020-10-21
ZDB-ALT-160912-6|ic3029Tg||||Transgenic Insertion|embryos treated with DNA||Del Bene Lab|ZDB-LAB-100607-1|Unmapped|Tg(UAS:zCas9-2A-EGFP,rnu6-4:sgRNA1,rnu6-4:sgRNA2)|ZDB-TGCONSTRCT-160912-5|2020-10-21
ZDB-ALT-190130-2|ic3030||||Insertion|embryos treated with CRISPR1-vldlr||Del Bene Lab|ZDB-LAB-100607-1|Chr: 10|||2020-10-21
ZDB-ALT-190408-1|ic3030aTg|||ic3030|Transgenic Insertion|embryos treated with DNA||Del Bene Lab|ZDB-LAB-100607-1|Unmapped|Tg(UAS:zCas9-2A-EGFP,rnu6-4:CRISPR1-tyr,rnu6-4:CRISPR3-tyr)|ZDB-TGCONSTRCT-190405-1|2020-10-21
ZDB-ALT-190130-3|ic3031||||Small Deletion|embryos treated with CRISPR1-dab1a||Del Bene Lab|ZDB-LAB-100607-1|Chr: 20|||2020-10-21
ZDB-ALT-190130-4|ic3032||||Indel|embryos treated with TALEN1-reln||Del Bene Lab|ZDB-LAB-100607-1|Chr: 18|||2020-10-21
ZDB-ALT-190304-1|ic3033Tg||||Transgenic Insertion|embryos treated with DNA||Del Bene Lab|ZDB-LAB-100607-1|Unmapped|Tg(10xUAS:BLINK2,myl7:EGFP)|ZDB-TGCONSTRCT-190304-1|2020-10-21
ZDB-ALT-200616-2|ic3034Et|||ITN|Transgenic Insertion|embryos treated with DNA||Del Bene Lab|ZDB-LAB-100607-1|Unmapped|Et(fos:GAL4-VP16)|ZDB-ETCONSTRCT-080212-1|2020-10-21
ZDB-ALT-200429-1|ic3035||||Insertion|embryos treated with CRISPR2-dctn1b|This line contains an insertion of 157 bp leading to a
premature stop codon at the position 253 aa.|Del Bene Lab|ZDB-LAB-100607-1|Unmapped|||2020-10-21
ZDB-ALT-200210-1|ic3036|||ic3034|Small Deletion|embryos treated with CRISPR1-cat, CRISPR2-cat|the 1375 base pair deletion, causes the removing of the catalytic domain, and a frame shift in the open-reading frame and a premature stop codon at amino acids 58-59|Del Bene Lab|ZDB-LAB-100607-1|Unmapped|||2020-10-21
ZDB-ALT-200616-1|ic3037Tg||||Transgenic Insertion|embryos treated with DNA||Del Bene Lab|ZDB-LAB-100607-1|Unmapped|Tg(isl2b:TagRFP-CAAX)|ZDB-TGCONSTRCT-200616-1|2020-10-21
ZDB-ALT-160323-7|icl1|||popdc1 191F|Point Mutation|embryos treated with TALEN1-bves|Popdc1S191F is a knockin of a point mutation at position 191 of the Popdc1 (bves) protein.|Thomas Brand Lab|ZDB-LAB-120606-1|Chr: 16|||2020-10-21
ZDB-ALT-160816-1|icl100Tg||||Transgenic Insertion|embryos treated with DNA||Dallman Lab|ZDB-LAB-140127-1|Unmapped|Tg(ubb:SECFP)|ZDB-TGCONSTRCT-160816-1|2020-10-21
ZDB-ALT-160816-2|icl101Tg||||Transgenic Insertion|embryos treated with DNA||Dallman Lab|ZDB-LAB-140127-1|Unmapped|Tg(ubb:SECFP-DEVD-YFP)|ZDB-TGCONSTRCT-160816-2|2020-10-21
ZDB-ALT-160119-6|icm02||||Small Deletion|embryos treated with TALEN1-pkd2l1|stop codon is upstream of the first transmembrane domain of Pkd2l1|Wyart Lab|ZDB-LAB-110606-1|Chr: 13|||2020-10-21
ZDB-ALT-160405-1|icm05Tg|||NeuroD:GCaMP6F|Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(neurod1:GCaMP6F)|ZDB-TGCONSTRCT-160405-1|2020-10-21
ZDB-ALT-160119-5|icm06Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(UAS:GCaMP,cryaa:mCherry)|ZDB-TGCONSTRCT-160119-2|2020-10-21
ZDB-ALT-160119-4|icm07Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(pkd2l1:GCaMP5G)|ZDB-TGCONSTRCT-160119-1|2020-10-21
ZDB-ALT-150417-4|icm08Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(UAS:GCaMP5G)|ZDB-TGCONSTRCT-150417-4|2020-10-21
ZDB-ALT-170828-1|icm09Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(UAS:GFP-Aequorin)|ZDB-TGCONSTRCT-170828-1|2020-10-21
ZDB-ALT-150324-1|icm10Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(pkd2l1:GAL4)|ZDB-TGCONSTRCT-150324-1|2020-10-21
ZDB-ALT-150324-2|icm11Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(UAS:Cr.ChR2-YFP)|ZDB-TGCONSTRCT-150324-2|2020-10-21
ZDB-ALT-160119-10|icm12Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(UAS:ChloC-EGFP,cryaa:mCherry)|ZDB-TGCONSTRCT-160119-7|2020-10-21
ZDB-ALT-181113-3|icm13||||Small Deletion|embryos treated with CRISPR1-scospondin|The icm13 allele of scospondin has a frameshift mutation giving rise to a truncated protein devoid of any of the scospondin domains, likely to be null.|Wyart Lab|ZDB-LAB-110606-1|Chr: 24|||2020-10-21
ZDB-ALT-181113-4|icm15||||Insertion|embryos treated with CRISPR1-scospondin|The icm15 allele of scospondin exhibits five extra amino acids in the single EMI domain, a protein-protein interaction domain found in the Emilin protein family.|Wyart Lab|ZDB-LAB-110606-1|Chr: 24|||2020-10-21
ZDB-ALT-160119-8|icm17Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(pkd2l1:TagRFP)|ZDB-TGCONSTRCT-160119-5|2020-10-21
ZDB-ALT-160119-9|icm21Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(UAS:BoTxBLC-GFP)|ZDB-TGCONSTRCT-160119-6|2020-10-21
ZDB-ALT-160119-7|icm22Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(UAS:TagRFP-CAAX,myl7:EGFP)|ZDB-TGCONSTRCT-160119-4|2020-10-21
ZDB-ALT-160120-1|icm23Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg1(mnx1:GAL4)|ZDB-TGCONSTRCT-160119-3|2020-10-21
ZDB-ALT-160427-5|icm25Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(mnx1:GCaMP5G)|ZDB-TGCONSTRCT-160427-5|2020-10-21
ZDB-ALT-191001-4|icm26||||Small Deletion|embryos treated with CRISPR3-espn|mutant Espin proteins lack the conserved Actin-Bundling Module.|Wyart Lab|ZDB-LAB-110606-1|Chr: 8|||2020-10-21
ZDB-ALT-170113-19|icm28Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(UAS:LIFEACT-GFP,cryaa:Venus)|ZDB-TGCONSTRCT-170113-9|2020-10-21
ZDB-ALT-191001-3|icm31||||Small Deletion|embryos treated with CRISPR1-crb1|The mutant protein is severely truncated Crb1 protein lacking all domains but one EGF-like extracellular.|Wyart Lab|ZDB-LAB-110606-1|Chr: 22|||2020-10-21
ZDB-ALT-190513-1|icm33Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|Tg(myo6b:LIFEACT-TagRFP,cryaa:mCherry)|ZDB-TGCONSTRCT-190513-1|2020-10-21
ZDB-ALT-190115-1|icm47Tg||||Transgenic Insertion|embryos treated with DNA||Wyart Lab|ZDB-LAB-110606-1|Unmapped|||2020-10-21
ZDB-ALT-180129-10|idc10Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|Tg(myo6b:GFP-p2A-rpl10a)|ZDB-TGCONSTRCT-180129-4|2020-10-21
ZDB-ALT-190102-4|idc11Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|||2020-10-21
ZDB-ALT-190102-5|idc12Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|||2020-10-21
ZDB-ALT-190102-6|idc13Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|||2020-10-21
ZDB-ALT-190124-2|idc14||||Small Deletion|embryos treated with CRISPR1-cdc14aa|p.G284fs4X, c.del 854_860; NM_201149|Kindt Lab|ZDB-LAB-150304-1|Chr: 2|||2020-10-21
ZDB-ALT-170113-3|idc1Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|Tg(myo6b:GCaMP6s-CAAX)|ZDB-TGCONSTRCT-170113-6|2020-10-21
ZDB-ALT-170113-4|idc2Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|Tg(myo6b:ctbp2a-mCherry)|ZDB-TGCONSTRCT-170113-4|2020-10-21
ZDB-ALT-170113-5|idc3Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|Tg(myo6b:ctbp2l-mCherry)|ZDB-TGCONSTRCT-170113-5|2020-10-21
ZDB-ALT-170606-4|idc4Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|Tg(myo6b:emx2-2A-NLS-mCherry)|ZDB-TGCONSTRCT-170606-3|2020-10-21
ZDB-ALT-170606-5|idc5||||Small Deletion|embryos treated with CRISPR2-emx2||Kindt Lab|ZDB-LAB-150304-1|Chr: 13|||2020-10-21
ZDB-ALT-171205-5|idc6Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|Tg(myo6b:SYPHY)|ZDB-TGCONSTRCT-171205-4|2020-10-21
ZDB-ALT-171205-6|idc7Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|Tg(myo6b:jRCaMP-CAAX)|ZDB-TGCONSTRCT-171205-5|2020-10-21
ZDB-ALT-171206-1|idc8Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|Tg(en.sill,hsp70l:GCaMP6S)|ZDB-TGCONSTRCT-191120-3|2020-10-21
ZDB-ALT-171205-7|idc9Tg||||Transgenic Insertion|embryos treated with DNA||Kindt Lab|ZDB-LAB-150304-1|Unmapped|Tg(myo6b:Bongwoori-2A-NLSmCherry)|ZDB-TGCONSTRCT-171205-6|2020-10-21
ZDB-ALT-080108-1|ift88_unspecified|||un_ift88, unspecified_ift88|Unspecified|||||Ambiguous|||2020-10-21
ZDB-ALT-161017-10|ig11Tg||||Transgenic Insertion|embryos treated with DNA||Vermot Lab|ZDB-LAB-150617-1|Unmapped|Tg(klf2a:H2b-EGFP)|ZDB-TGCONSTRCT-161017-12|2020-10-21
ZDB-ALT-150617-2|ig1Tg||||Transgenic Insertion|embryos treated with DNA||Vermot Lab|ZDB-LAB-150617-1|Unmapped|Tg(UAS:klf2a)|ZDB-TGCONSTRCT-150617-2|2020-10-21
ZDB-ALT-150617-3|ig2Tg||||Transgenic Insertion|embryos treated with DNA||Vermot Lab|ZDB-LAB-150617-1|Unmapped|Tg(UAS:klf2a)|ZDB-TGCONSTRCT-150617-2|2020-10-21
ZDB-ALT-150617-4|ig3Tg||||Transgenic Insertion|embryos treated with DNA||Vermot Lab|ZDB-LAB-150617-1|Unmapped|Tg(UAS:klf2a)|ZDB-TGCONSTRCT-150617-2|2020-10-21
ZDB-ALT-161103-5|ig4||||Indel|embryos treated with TALEN1-klf2a||Vermot Lab|ZDB-LAB-150617-1|Chr: 22|||2020-10-21
ZDB-ALT-200121-2|ihb0703||||Small Deletion|embryos treated with CRISPR1-fbxo3|GGGAGGGTTTCAGCA(GA)GGA|Xiao Lab|ZDB-LAB-101011-1|Unmapped|||2020-10-21
ZDB-ALT-111101-3|ihb100Tg|||Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)ihb100|Transgenic Insertion|embryos treated with DNA|This line was not maintained.|Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)|ZDB-TGCONSTRCT-111101-6|2020-10-21
ZDB-ALT-111101-4|ihb101Tg|||Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)ihb101|Transgenic Insertion|embryos treated with DNA|This line was not maintained.|Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)|ZDB-TGCONSTRCT-111101-6|2020-10-21
ZDB-ALT-111101-5|ihb102Tg|||Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)ihb102|Transgenic Insertion|embryos treated with DNA|This line was not maintained.|Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)|ZDB-TGCONSTRCT-111101-6|2020-10-21
ZDB-ALT-111101-6|ihb103Tg|||Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)ihb103|Transgenic Insertion|embryos treated with DNA|This line was not maintained.|Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)|ZDB-TGCONSTRCT-111101-6|2020-10-21
ZDB-ALT-111101-7|ihb104Tg|||Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)ihb104|Transgenic Insertion|embryos treated with DNA|This line was not maintained.|Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)|ZDB-TGCONSTRCT-111101-6|2020-10-21
ZDB-ALT-111101-8|ihb105Tg|||Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)ihb105|Transgenic Insertion|embryos treated with DNA||Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)|ZDB-TGCONSTRCT-111101-6|2020-10-21
ZDB-ALT-111101-9|ihb106Tg|||Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)ihb106|Transgenic Insertion|embryos treated with DNA|This line was not maintained.|Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)|ZDB-TGCONSTRCT-111101-6|2020-10-21
ZDB-ALT-111101-10|ihb107Tg|||Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)ihb107|Transgenic Insertion|embryos treated with DNA|This line was not maintained.|Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(Cca.Actb:Vst.Vhb,CMV:EGFP)|ZDB-TGCONSTRCT-111101-6|2020-10-21
ZDB-ALT-150602-6|ihb108Tg|||TG1|Transgenic Insertion|embryos treated with DNA||Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(CMV:GAL4,CMV:EGFP)|ZDB-TGCONSTRCT-150602-3|2020-10-21
ZDB-ALT-150602-7|ihb109Tg|||TG2|Transgenic Insertion|embryos treated with DNA||Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(5xUAS:dnd1,CMV:RFP)|ZDB-TGCONSTRCT-150602-4|2020-10-21
ZDB-ALT-130207-1|ihb10Tg|||Tg(kop:LOXP-SV40-LOXP-mRFP-UTRnanos3,CMV:EGFP)ihb10|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(kop:LOXP-SV40-LOXP-mRFP-UTR-nanos3,CMV:EGFP)|ZDB-TGCONSTRCT-130207-1|2020-10-21
ZDB-ALT-150602-9|ihb110Tg|||TG4|Transgenic Insertion|embryos treated with DNA||Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(CMV:GAL4,CMV:EGFP)|ZDB-TGCONSTRCT-150602-3|2020-10-21
ZDB-ALT-150602-8|ihb111Tg|||TG6|Transgenic Insertion|embryos treated with DNA||Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(5xUAS:EGFP,CMV:RFP)|ZDB-TGCONSTRCT-150602-5|2020-10-21
ZDB-ALT-160429-1|ihb112||||Indel|embryos treated with CRISPR1-irf1b|exon1 deletion, deletion of CAACAAGGT at 80bp, splice-site alteration|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-160429-2|ihb113Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:mCherry-Ocu.UTRHbb2)|ZDB-TGCONSTRCT-160429-1|2020-10-21
ZDB-ALT-160429-3|ihb114Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(actb1:Spy.Cas9-UTRactb1)|ZDB-TGCONSTRCT-160429-2|2020-10-21
ZDB-ALT-160429-4|ihb115Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:Spy.Cas9-UTRnanos3)|ZDB-TGCONSTRCT-160429-3|2020-10-21
ZDB-ALT-150922-1|ihb116Tg||||Transgenic Insertion|embryos treated with DNA||Zhan Yin Lab|ZDB-LAB-110330-2|Unmapped|Tg(dnd1:NTR-EGFP)|ZDB-TGCONSTRCT-150922-1|2020-10-21
ZDB-ALT-160429-5|ihb117||||Indel|embryos treated with CRISPR1-slc26a6|exon3, 1bp deletion, 2bp insertion, frameshift|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 8|||2020-10-21
ZDB-ALT-160429-6|ihb118||||Small Deletion|embryos treated with CRISPR1-slc26a6|exon3, 10bp deletion, frameshift|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 8|||2020-10-21
ZDB-ALT-160429-7|ihb119Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:d2EGFP-UTRnanos3), Tg(UAS:mRFP-UTRnanos3)|ZDB-TGCONSTRCT-160429-5, ZDB-TGCONSTRCT-160429-4|2020-10-21
ZDB-ALT-130207-2|ihb11Tg|||Tg(UAS:casp3a-UTRnanos3,CMV:EGFP)ihb11|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:casp3a-UTR-nanos3,CMV:EGFP)|ZDB-TGCONSTRCT-130207-2|2020-10-21
ZDB-ALT-160429-8|ihb120Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:buc-UTRnanos3)|ZDB-TGCONSTRCT-160429-6|2020-10-21
ZDB-ALT-160804-3|ihb121||||Small Deletion|embryos treated with CRISPR1-lrrn1|Between 577 bp to 580 bp of the wild-type lrrn1 coding sequence, AACC, is deleted. The mutated lrrn1 codes for a truncated protein containing 196 aa, 192 aa of which is identical to wildtype lrrn1|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 6|||2020-10-21
ZDB-ALT-160804-4|ihb122||||Indel|embryos treated with CRISPR1-lrrn1|571 bp to 577 bp of the wild-type lrrn1 coding sequence, ACCCCCA, is mutated into GG. The mutated lrrn1 codes for a truncated protein containing 206 aa, 190 aa of which is identical to wildtype lrrn1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 6|||2020-10-21
ZDB-ALT-200121-3|ihb1224||||Small Deletion|embryos treated with CRISPR2-fbxo3|GGACCTGCTGGATATTGA(GA)|Xiao Lab|ZDB-LAB-101011-1|Unmapped|||2020-10-21
ZDB-ALT-161228-1|ihb1225||||Small Deletion|embryos treated with CRISPR1-ar|11 bp deleted in exon 4|Xiao Lab|ZDB-LAB-101011-1|Chr: 5|||2020-10-21
ZDB-ALT-170119-1|ihb1226||||Small Deletion|embryos treated with CRISPR1-ar|2 bp deletion in exon 4|Xiao Lab|ZDB-LAB-101011-1|Chr: 5|||2020-10-21
ZDB-ALT-180718-1|ihb1227||||Small Deletion|embryos treated with CRISPR1-nedd8||Xiao Lab|ZDB-LAB-101011-1|Chr: 7|||2020-10-21
ZDB-ALT-180803-3|ihb1228||||Small Deletion|embryos treated with CRISPR1-egln1a||Xiao Lab|ZDB-LAB-101011-1|Chr: 13|||2020-10-21
ZDB-ALT-180803-4|ihb1229||||Small Deletion|embryos treated with CRISPR1-egln1b||Xiao Lab|ZDB-LAB-101011-1|Chr: 11|||2020-10-21
ZDB-ALT-160804-5|ihb123||||Small Deletion|embryos treated with CRISPR1-kdrl|Between 767 bp to 770 bp of the wild-type kdrl coding sequence, AGTG, is deleted. The mutated kdrl codes for a truncated protein containing 280 aa, 255 aa of which is identical to wildtype kdrl|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 14|||2020-10-21
ZDB-ALT-180803-5|ihb1230||||Small Deletion|embryos treated with CRISPR1-egln3||Xiao Lab|ZDB-LAB-101011-1|Chr: 17|||2020-10-21
ZDB-ALT-160429-9|ihb124Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:bmp2b-UTRnanos3)|ZDB-TGCONSTRCT-160429-7|2020-10-21
ZDB-ALT-160429-10|ihb125Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:Ssc.caGhr-UTRnanos3)|ZDB-TGCONSTRCT-160429-8|2020-10-21
ZDB-ALT-160429-11|ihb126Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:dkk1b-UTRnanos3)|ZDB-TGCONSTRCT-160429-9|2020-10-21
ZDB-ALT-160429-12|ihb127Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:dnbmpr1aa-UTRnanos3)|ZDB-TGCONSTRCT-160429-10|2020-10-21
ZDB-ALT-160429-13|ihb128Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:dnghra-UTRnanos3)|ZDB-TGCONSTRCT-160429-11|2020-10-21
ZDB-ALT-160429-14|ihb129Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:fgf8a-UTRnanos3)|ZDB-TGCONSTRCT-160429-12|2020-10-21
ZDB-ALT-130207-3|ihb12Tg|||Tg(UAS:bbc3-UTRnanos3,CMV:EGFP)ihb12|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:bbc3-UTR-nanos3,CMV:EGFP)|ZDB-TGCONSTRCT-130207-3|2020-10-21
ZDB-ALT-160429-15|ihb130Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:lft1-UTRnanos3)|ZDB-TGCONSTRCT-160429-13|2020-10-21
ZDB-ALT-160429-16|ihb131Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:ndr1-UTRnanos3)|ZDB-TGCONSTRCT-160429-14|2020-10-21
ZDB-ALT-160429-17|ihb132Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:spry2-UTRnanos3)|ZDB-TGCONSTRCT-160429-15|2020-10-21
ZDB-ALT-160429-18|ihb133Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:wnt8a-UTRnanos3)|ZDB-TGCONSTRCT-160429-16|2020-10-21
ZDB-ALT-160603-3|ihb134||||Small Deletion|embryos treated with CRISPR1-irf1a|deletion of GAGGAACAGATCCAGTCCGGCAGATACCCGGGAGTCCAGTGGCTGGACCAGG in exon 1|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 13|||2020-10-21
ZDB-ALT-160804-6|ihb135||||Indel|embryos treated with CRISPR5-tp53|At position 825 bp of the wild-type tp53 coding sequence, G, is mutated into TGATT. The mutated tp53 codes for a truncated protein containing 337 aa, 274 aa of which is identical to wildtype tp53|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-160804-7|ihb136||||Small Deletion|embryos treated with CRISPR5-tp53|Between 822 bp to 825 bp of the wild-type tp53 coding sequence, GCAG, is deleted. The mutated tp53 codes for a truncated protein containing 364 aa, 273 aa of which is identical to wildtype tp53.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-170111-1|ihb137||||Small Deletion|embryos treated with CRISPR1-pou5f3|an ACGC deletion at the target sequence|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-170111-2|ihb138||||Small Deletion|embryos treated with CRISPR1-pou5f3|a CA deletion at 3' terminal of target sequence|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-170327-3|ihb139||||Small Deletion|embryos treated with CRISPR1-sstr1b|Between 286 bp to 304 bp of the wild-type sstr1b coding sequence, ACTTCAGCCGCAGTGCACC, is deleted. The mutated sstr1b codes for a truncated protein containing 121 aa, 95 aa of which is identical to wildtype sstr1b|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-130207-4|ihb13Tg|||Tg(UAS:bmf1-UTRnanos3,CMV:EGFP)ihb13|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:bmf1-UTR-nanos3,CMV:EGFP)|ZDB-TGCONSTRCT-130207-4|2020-10-21
ZDB-ALT-170328-1|ihb140||||Indel|embryos treated with CRISPR1-sstr1b|298bp of the wild-type sstr1b coding sequence, G, is mutated into cattactatttgtttagtaa. The mutated sstr1b codes for a truncated protein containing 125 aa, 99 aa of which is identical to wildtype sstr1b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-161117-6|ihb141||||Small Deletion|embryos treated with CRISPR2-trpv1|4 bp deleted between 719 bp to 722 bp of the wild-type trpv1 coding sequence, AGAG, is deleted in exon 5. The mutated trpv1 codes for a truncated protein containing 250 aa, of which 813 aa are identical to wildtype trpv1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-161117-8|ihb142||||Indel|embryos treated with CRISPR3-trpv1|In 704 bp of the wild-type trpv1 coding sequence, C, is mutated into GAG in exon 5. The mutated trpv1 codes for a truncated protein containing 252 aa, of which 813 aa are identical to wildtype trpv1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-161117-9|ihb143||||Indel|embryos treated with CRISPR3-trpv1|Between 702 bp to 703 bp of the wild-type trpv1 coding sequence, GG, is mutated into AAA in exon 5. The mutated trpv1 codes for a truncated protein containing 256 aa, of which 813 aa are identical to wildtype trpv1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-170420-1|ihb144||||Small Deletion|embryos treated with TALEN|Between 226 bp to 234 bp of the wild-type cyp17a1 coding sequence, TGTATT, is deleted. The mutated cyp17a1 codes for a truncated protein containing 234 aa, of which 519 aa are identical to wildtype cyp17a1|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 13|||2020-10-21
ZDB-ALT-170424-4|ihb145||||Indel|embryos treated with CRISPR|In the 149 bp of the wild-type ppp2r3a coding sequence, G, is mutated into TGCTACAGTTGC in exon 1. The mutated ppp2r3a codes for a truncated protein containing 897 aa, of which 1161 aa are identical to wildtype ppp2r3a.|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 2|||2020-10-21
ZDB-ALT-170502-3|ihb147Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(tg:mCherry)|ZDB-TGCONSTRCT-170502-1|2020-10-21
ZDB-ALT-170522-8|ihb148||||Small Deletion|embryos treated with CRISPR1-igf2a|Between 202bp and 208 bp of the wild-type igf2a coding sequence, ACAGA is deleted in exon 3. The mutated igf2a codes for a truncated protein containing 86 aa, of which 197 aa are identical to wildtype igf2a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-170522-9|ihb149||||Small Deletion|embryos treated with CRISPR2-igf2a||Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-130308-2|ihb14Tg|||Tg(kop.1:EGFP-UTRnanos3)ihb14|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg1(kop:EGFP-UTR-nanos3)|ZDB-TGCONSTRCT-130308-2|2020-10-21
ZDB-ALT-170710-1|ihb150Tg|||eGFPMU1|Transgenic Insertion|embryos treated with DNA and CRISPR|CRISPR/Cas9 technology targeting eGFP site of transgenic line 	Tg(CMV:GAL4,CMV:EGFP)ihb108Tg|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(kop:KALTA4-UTRnanos3,CMV:EGFPins-SV40)|ZDB-TGCONSTRCT-170710-1|2020-10-21
ZDB-ALT-170710-2|ihb151Tg|||eGFPMU2|Transgenic Insertion|embryos treated with DNA and CRISPR|CRISPR/Cas9 technology targeting eGFP site of transgenic line 	Tg(CMV:GAL4,CMV:EGFP)ihb108Tg|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(kop:KALTA4-UTR-nanos3,CMV:EGFPdel-SV40)|ZDB-TGCONSTRCT-170710-2|2020-10-21
ZDB-ALT-170608-4|ihb152|||M2|Indel|embryos treated with TALEN1-cyp2r1|Mutation results in a 74 amino acid truncated protein.|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 7|||2020-10-21
ZDB-ALT-170608-5|ihb153|||M1|Small Deletion|embryos treated with TALEN1-cyp2r1|Mutation results in a truncated 72 amino acid protein.|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 7|||2020-10-21
ZDB-ALT-170608-7|ihb154||||Small Deletion|embryos treated with CRISPR1-cldnb||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-170608-8|ihb155||||Small Deletion|embryos treated with CRISPR1-cebpd||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 24|||2020-10-21
ZDB-ALT-170608-9|ihb156||||Insertion|embryos treated with CRISPR1-cyp11a1||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-170608-10|ihb157||||Small Deletion|embryos treated with CRISPR1-cyp11a1||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-170608-11|ihb158||||Small Deletion|embryos treated with CRISPR1-cyp19a1a||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 18|||2020-10-21
ZDB-ALT-170608-12|ihb159||||Small Deletion|embryos treated with CRISPR1-cyp19a1a||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 18|||2020-10-21
ZDB-ALT-130311-1|ihb15Tg|||Tg(kop:Krac1-UTRnanos3,CMV:EGFP)ihb15, Tg(kop:rac1_G12V-UTRnanos3,CMV:EGFP)ihb15|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(kop:rac1a_G12V-UTR-nanos3,CMV:EGFP)|ZDB-TGCONSTRCT-130311-1|2020-10-21
ZDB-ALT-170608-13|ihb160||||Small Deletion|embryos treated with CRISPR1-fabp10a||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 16|||2020-10-21
ZDB-ALT-170608-14|ihb161||||Small Deletion|embryos treated with CRISPR1-fabp10a||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 16|||2020-10-21
ZDB-ALT-170608-15|ihb162||||Small Deletion|embryos treated with CRISPR1-foxa3||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 18|||2020-10-21
ZDB-ALT-170608-16|ihb163||||Small Deletion|embryos treated with CRISPR1-foxa3||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 18|||2020-10-21
ZDB-ALT-170608-17|ihb164||||Small Deletion|embryos treated with CRISPR1-ptf1a||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 2|||2020-10-21
ZDB-ALT-170608-18|ihb165||||Insertion|embryos treated with CRISPR1-ptf1a||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 2|||2020-10-21
ZDB-ALT-170608-6|ihb166||||Indel|embryos treated with CRISPR2-narfl||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 3|||2020-10-21
ZDB-ALT-170609-5|ihb167||||Indel|embryos treated with TALEN1-mstnb|Between 32bp to 37bp of the wild-type mstnb coding sequence, 6bp is deleted and 26bp is inserted. The mutated mstnb codes for a truncated protein containing 60 aa, of which 1125 aa are identical to wildtype mstnb.|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 9|||2020-10-21
ZDB-ALT-170609-3|ihb168||||Indel|embryos treated with CRISPR2-nanog|Six nucleotides, CGCCAG, located in the splice donor site of exon 1, and the following 218 nucleotides of intron, are mutated into ACTCGACTCGATAAAAGCAAAGTTTTTTTTAAAG. This mutation may lead to mis-splicing of the nanog transcript, resulting in the use of an alternative donor site (changing the 3’ boundary of the exon 1) or simply the retention of the intron 1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 24|||2020-10-21
ZDB-ALT-170609-4|ihb169||||Indel|embryos treated with CRISPR1-nanog|621 bp to 626 bp of the wild-type nanog coding sequence, GAATGC, is mutated into CAATCGGTTTGGTCAATCGGACCAA. The mutated nanog codes for a truncated protein containing 220 aa, 206 aa of which is identical to wildtype nanog.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 24|||2020-10-21
ZDB-ALT-130312-1|ihb16Tg|||Tg(-1.9mylpfa:EGFP)ihb16|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(-1.9mylpfa:EGFP)|ZDB-TGCONSTRCT-130311-2|2020-10-21
ZDB-ALT-170609-6|ihb170||||Small Deletion|embryos treated with CRISPR1-igf2b|493bp to 499 bp of the wild-type igf2b coding sequence, 7bp is deleted in exon 4. The mutated igf2b codes for a truncated protein containing 209 aa, of which 212 aa are identical to wildtype igf2b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-170609-7|ihb171||||Insertion|embryos treated with CRISPR1-igf2b||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-170612-2|ihb172||||Small Deletion|embryos treated with TALEN1-foxl2a||Gui Lab|ZDB-LAB-111031-1|Chr: 15|||2020-10-21
ZDB-ALT-170811-3|ihb173||||Small Deletion|embryos treated with TALEN1-foxl2b||Gui Lab|ZDB-LAB-111031-1|Chr: 2|||2020-10-21
ZDB-ALT-170711-6|ihb175Tg||||Transgenic Insertion|embryos treated with DNA||Gui Lab|ZDB-LAB-111031-1|Unmapped|Tg(-1.7apoa2:GFP)|ZDB-TGCONSTRCT-120206-1|2020-10-21
ZDB-ALT-170711-7|ihb176Tg||||Transgenic Insertion|embryos treated with DNA||Gui Lab|ZDB-LAB-111031-1|Unmapped|Tg(-1.7apoa2:RFP)|ZDB-TGCONSTRCT-170711-4|2020-10-21
ZDB-ALT-170711-8|ihb177Tg||||Transgenic Insertion|embryos treated with DNA||Gui Lab|ZDB-LAB-111031-1|Unmapped|Tg(-1.7apoa2:apo-GFP)|ZDB-TGCONSTRCT-170711-5|2020-10-21
ZDB-ALT-170711-9|ihb178Tg||||Transgenic Insertion|embryos treated with DNA||Gui Lab|ZDB-LAB-111031-1|Unmapped|Tg(-1.7-apoa2:apo-RFP)|ZDB-TGCONSTRCT-170711-6|2020-10-21
ZDB-ALT-170711-10|ihb179Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(hsp70l:jundn-mCherry)|ZDB-TGCONSTRCT-170711-2|2020-10-21
ZDB-ALT-130312-2|ihb17Tg|||Tg(-4.0tpma:EGFP)ihb17|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(-4.0tpma:EGFP)|ZDB-TGCONSTRCT-130312-1|2020-10-21
ZDB-ALT-170717-1|ihb180Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(hsp70l:creb1a_S133A-mCherry)|ZDB-TGCONSTRCT-170717-1|2020-10-21
ZDB-ALT-170825-2|ihb181||||Insertion|embryos treated with CRISPR1-matn3a, CRISPR2-bloc1s2||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-170828-2|ihb182||||Small Deletion|embryos treated with TALEN1-prl||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 3|||2020-10-21
ZDB-ALT-170828-3|ihb183||||Small Deletion|embryos treated with TALEN1-prl||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 3|||2020-10-21
ZDB-ALT-170829-1|ihb184||||Small Deletion|embryos treated with CRISPR1-tlx1||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 13|||2020-10-21
ZDB-ALT-170829-2|ihb185||||Complex|embryos treated with CRISPR2-tlx1|4 bps, CTTG, are deleted and 2 bps are substituted from CG to AC  in exon1 of tlx1 genomic DNA. 4 bps deletion from position 246 to 249 ,and 2 bps substitution (CG ->AC)|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 13|||2020-10-21
ZDB-ALT-171002-4|ihb186||||Insertion|embryos treated with CRISPR1-hoxd12a||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 9|||2020-10-21
ZDB-ALT-171002-5|ihb187||||Indel|embryos treated with CRISPR1-hoxd12a||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 9|||2020-10-21
ZDB-ALT-171002-6|ihb188||||Insertion|embryos treated with CRISPR1-jac9||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-171002-7|ihb189||||Insertion|embryos treated with CRISPR1-bmp3||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-131023-1|ihb18Tg|||Tg(UAS:rac1a_G12V-UTR-nanos3,CMV:EGFP)ihb18|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:rac1a_G12V-UTR-nanos3,CMV:EGFP)|ZDB-TGCONSTRCT-131023-1|2020-10-21
ZDB-ALT-171002-8|ihb190||||Small Deletion|embryos treated with CRISPR1-bmp3||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-171016-1|ihb191||||Small Deletion|embryos treated with CRISPR1-jac9|4bps, GAGG, are deleted in exon2 of jac9 genomic DNA|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-171016-2|ihb192||||Small Deletion|embryos treated with CRISPR2-jac9|8bps, atcccacc , are deleted in exon2 of jac9 genomic DNA|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-171002-9|ihb193||||Indel|embryos treated with TALEN2-nr5a2|Between 161bp and 170bp of the wild-type nr5a2 coding sequence, 10bp is deleted and 6bp is inserted in exon 2 . The mutated nr5a2 codes for a truncated protein containing 59 aa, of which 517 aa are identical to wildtype nr5a2.|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 22|||2020-10-21
ZDB-ALT-171016-3|ihb194||||Insertion|embryos treated with CRISPR1-irf1a|23bps, TCCCGGGTCCACTCCCAGTGTAC , are inserted in exon1 of irf1a genomic DNA.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 13|||2020-10-21
ZDB-ALT-171106-3|ihb195||||Small Deletion|embryos treated with TALEN2-nr5a2|Between 165bp and 169bp of the wild-type nr5a2 coding sequence, ATATC is deleted in exon 2.The mutated nr5a2 codes for a truncated protein containing 61 aa, of which 517 aa are identical to wildtype nr5a2|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 22|||2020-10-21
ZDB-ALT-171113-5|ihb196||||Small Deletion|embryos treated with CRISPR2-matn3a|deletion of ACAGGGA in exon 3|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-171113-6|ihb197||||Small Deletion|embryos treated with CRISPR2-matn3a|deletion of GATGCCAACCAAAACAGGGAAT in exon 3|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-171212-3|ihb198Tg||||Transgenic Insertion|embryos treated with DNA||Hong Cao Lab|ZDB-LAB-180404-1|Unmapped|Tg(fabp10a:Hsa.NRAS_Q61K)|ZDB-TGCONSTRCT-180129-2|2020-10-21
ZDB-ALT-180302-14|ihb199||||Small Deletion|embryos treated with CRISPR1-marcksb|1 bp deletion. "A" is deleted at position 16bp after ATG.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 17|||2020-10-21
ZDB-ALT-180319-10|ihb1994||||Small Deletion|embryos treated with CRISPR1-prmt5||Xiao Lab|ZDB-LAB-101011-1|Ambiguous|||2020-10-21
ZDB-ALT-180319-11|ihb1995||||Small Deletion|embryos treated with CRISPR1-prmt5||Xiao Lab|ZDB-LAB-101011-1|Ambiguous|||2020-10-21
ZDB-ALT-131226-1|ihb19Tg|||Tg(UAS:Krac1-URTnanos3,CMV:EGFP), Tg(UAS:rac1a_G12V-UTR-nanos3,CMV:EGFP)ihb19|Transgenic Insertion|embryos treated with DNA|This construct contains a kozak sequence and rac1a V12 which was generated by introducing G12V substitution, driven by the kop promoter.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:rac1a_G12V-UTR-nanos3,CMV:EGFP)|ZDB-TGCONSTRCT-131023-1|2020-10-21
ZDB-ALT-110607-1|ihb1Tg|||Tg(-1.0pomca:GFP)ihb1|Transgenic Insertion|embryos treated with DNA||Zhan Yin Lab|ZDB-LAB-110330-2|Unmapped|Tg(-1.0pomca:GFP)|ZDB-TGCONSTRCT-070802-1|2020-10-21
ZDB-ALT-180302-15|ihb200||||Indel|embryos treated with CRISPR1-marcksb|7bp deletion, 11bp insertion. 17bp to 23 bp of the wild-type marcksb coding sequence, CCAAAAA, is mutated into GTGAAAGCAAA|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 17|||2020-10-21
ZDB-ALT-160427-6|ihb2015001|||mutant 1|Small Deletion|embryos treated with TALEN1-vhl|Two nucleotides in exon 1 were deleted in this mutant. <a href="https://zfin.org/ZDB-PUB-150717-7"> Du et al. (2015)</a>|Xiao Lab|ZDB-LAB-101011-1|Chr: 6|||2020-10-21
ZDB-ALT-160427-11|ihb2015002|||mutant 2|Insertion|embryos treated with TALEN1-vhl|Two nucleotides were inserted in exon 1 in this mutant.<a href="https://zfin.org/ZDB-PUB-150717-7"> Du et al. (2015)</a>|Xiao Lab|ZDB-LAB-101011-1|Chr: 6|||2020-10-21
ZDB-ALT-170424-5|ihb2017||||Small Deletion|embryos treated with TALEN2-tet1|exon3 deletion of TAGCCAGTGC|Xiao Lab|ZDB-LAB-101011-1|Chr: 13|||2020-10-21
ZDB-ALT-170822-13|ihb20170818||||Small Deletion|embryos treated with CRISPR1-hif1an||Xiao Lab|ZDB-LAB-101011-1|Chr: 13|||2020-10-21
ZDB-ALT-170822-14|ihb20170819||||Small Deletion|embryos treated with CRISPR2-hif1an||Xiao Lab|ZDB-LAB-101011-1|Chr: 13|||2020-10-21
ZDB-ALT-170424-8|ihb2018||||Small Deletion|embryos treated with CRISPR1-tet1|exon 9 deleltion of TGTAGGG|Xiao Lab|ZDB-LAB-101011-1|Chr: 13|||2020-10-21
ZDB-ALT-180620-1|ihb20180620||||Small Deletion|embryos treated with CRISPR2-hif1al||Xiao Lab|ZDB-LAB-101011-1|Chr: 15|||2020-10-21
ZDB-ALT-180620-2|ihb20180621||||Insertion|embryos treated with CRISPR3-hif1al||Xiao Lab|ZDB-LAB-101011-1|Chr: 15|||2020-10-21
ZDB-ALT-170424-9|ihb2019||||Insertion|embryos treated with TALEN2-tet2|insertion of CAGA between CTCACCAAGCACCAAAATGGAGATCAG and TCACCCGAAGTCTTGTCTCAGCAG|Xiao Lab|ZDB-LAB-101011-1|Chr: 1|||2020-10-21
ZDB-ALT-131118-7|ihb201Gt|||Gt(IRES:EGFP,LOXP-Oni.Hsp70:SB11-LOXP)ihb201, ihb201Tg|Transgenic Insertion|embryos treated with DNA|Gene-Trap cassette has landed in the intron7 of mamdc2a gene.|Cui Lab|ZDB-LAB-131112-1|Unmapped|Gt(IRES:EGFP,LOXP-Oni.Hsp70:SB11-LOXP)|ZDB-GTCONSTRCT-131118-1|2020-10-21
ZDB-ALT-170424-10|ihb2020||||Insertion|embryos treated with TALEN2-tet3|exon 2 insertion of T  between TATTAAACCAGGAACTCTCTAATGGGC and TTAGCAAACATGCATCTAATGAAGA|Xiao Lab|ZDB-LAB-101011-1|Chr: 5|||2020-10-21
ZDB-ALT-201006-3|ihb20201006|||ihb2020100|Small Deletion|embryos treated with CRISPR1-otud3||Xiao Lab|ZDB-LAB-101011-1|Unmapped|||2020-10-21
ZDB-ALT-200707-12|ihb2020704||||Small Deletion|embryos treated with CRISPR1-otud6b|exon 1 deletion, deletion of CAGAGGAGCAG , premature stop at 32 amino acid|Xiao Lab|ZDB-LAB-101011-1|Unmapped|||2020-10-21
ZDB-ALT-151123-1|ihb202Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA|The transgenic insertion into exon 2 causes a 10 bp deletion.  Transcription is interrupted.|Cui Lab|ZDB-LAB-131112-1|Chr: 21|Tg(CMV:TETAM2)|ZDB-TGCONSTRCT-151123-1|2020-10-21
ZDB-ALT-151123-2|ihb203Tg||||Transgenic Insertion|embryos treated with DNA||Cui Lab|ZDB-LAB-131112-1|Unmapped|Tg(TETRE:EGFP,gtf2b)|ZDB-TGCONSTRCT-151123-2|2020-10-21
ZDB-ALT-180302-3|ihb204Et|||ihb204Tg, pTME2|Transgenic Insertion|embryos treated with DNA||Cui Lab|ZDB-LAB-131112-1|Unmapped|Et(Mmu.Mt1:EGFP-SA-STOP)|ZDB-ETCONSTRCT-180302-2|2020-10-21
ZDB-ALT-180302-4|ihb205Et|||ihb205Tg, pTME3|Transgenic Insertion|embryos treated with DNA||Cui Lab|ZDB-LAB-131112-1|Unmapped|Et(Mmu.Mt1:EGFP-SA-STOP)|ZDB-ETCONSTRCT-180302-2|2020-10-21
ZDB-ALT-180302-10|ihb206Et|||pTME9|Transgenic Insertion|embryos treated with DNA||Cui Lab|ZDB-LAB-131112-1|Unmapped|Et(Mmu.Mt1:EGFP-SA-STOP)|ZDB-ETCONSTRCT-180302-2|2020-10-21
ZDB-ALT-180302-11|ihb207Et|||pTME10|Transgenic Insertion|embryos treated with DNA||Cui Lab|ZDB-LAB-131112-1|Unmapped|Et(Mmu.Mt1:EGFP-SA-STOP)|ZDB-ETCONSTRCT-180302-2|2020-10-21
ZDB-ALT-180302-13|ihb208Et|||pTME12|Transgenic Insertion|embryos treated with DNA||Cui Lab|ZDB-LAB-131112-1|Unmapped|Et(Mmu.Mt1:EGFP-SA-STOP)|ZDB-ETCONSTRCT-180302-2|2020-10-21
ZDB-ALT-180307-5|ihb209||||Small Deletion|embryos treated with CRISPR1-ifng1r|Between 155 bp to 159 bp of the wild-type ifng1r coding sequence, AAAGG, is deleted. The mutated ifng1r codes for a truncated protein containing 68 aa, 51 aa of which is identical to wildtype ifng1r.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 4|||2020-10-21
ZDB-ALT-131226-2|ihb20Tg|||Tg2(mpeg1:EGFP)ihb20|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg2(mpeg1:EGFP)|ZDB-TGCONSTRCT-131226-1|2020-10-21
ZDB-ALT-180307-6|ihb210||||Small Deletion|embryos treated with CRISPR1-ifng1r|159 bp to 162 bp of the wild-type ifng1r coding sequence, GATT, is deleted. The mutated ifng1r codes for a truncated protein containing 66 aa, 53 aa of which is identical to wildtype ifng1r.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 4|||2020-10-21
ZDB-ALT-180314-5|ihb211||||Indel|embryos treated with CRISPR1-stat3|138 bp to 165 bp of the wild-type stat3 coding sequence, GGCCAACAAGGAGTCTCACGCCACGCTG, is mutated into aatctaaatataattctacttaatcacttccaaaaccttaatcactttttaacttttaactgcaggagg. Additionally, between 251 and 252 bp of the downstream coding sequence, cacaacctgcg is inserted. The mutated stat3 codes for a truncated protein containing 47 aa, 46 aa of which is identical to wildtype stat3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 3|||2020-10-21
ZDB-ALT-180314-6|ihb212||||Small Deletion|embryos treated with CRISPR1-stat3|Between 139 bp to 146 bp of the wild-type stat3 coding sequence, GCCAACAA, is deleted. The mutated stat3 codes for a truncated protein containing 166 aa, 46 aa of which is identical to wildtype stat3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 3|||2020-10-21
ZDB-ALT-180314-7|ihb213||||Indel|embryos treated with CRISPR1-kita|621 bp of the wild-type kita coding sequence, G, is mutated into TCC. The mutated kita codes for a truncated protein containing 247 aa, 206 aa of which is identical to wildtype kita|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-180314-8|ihb214||||Small Deletion|embryos treated with CRISPR1-kita|Between 622 bp to 626 bp of the wild-type kita coding sequence, ATCAC, is deleted. The mutated kita codes for a truncated protein containing 283 aa, 207 aa of which is identical to wildtype kita.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-180319-2|ihb215||||Small Deletion|embryos treated with CRISPR1-aurka|bp number 273 of the wild-type aurka coding sequence, G, is deleted. The mutated aurka codes for a truncated protein containing 214 aa, 90 aa of which is identical to wildtype aurka.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 6|||2020-10-21
ZDB-ALT-180319-3|ihb216||||Indel|embryos treated with CRISPR1-aurka|Between 274 bp to 278 bp of the wild-type aurka coding sequence, CTGTC, is mutated into G. The mutated aurka codes for a truncated protein containing 213 aa, 91 aa of which is identical to wildtype aurka|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 6|||2020-10-21
ZDB-ALT-180319-4|ihb217||||Insertion|embryos treated with CRISPR1-ikzf4|Between 180 bp and 181 bp of the wild-type ikzf4 coding sequence, GGATTTGATGGAGTTATTTG, is inserted. The mutated ikzf4 codes for a truncated protein containing 74 aa, 60 aa of which is identical to wildtype ikzf3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 23|||2020-10-21
ZDB-ALT-180319-5|ihb218||||Indel|embryos treated with CRISPR1-ikzf4|Between 175 bp to 180 bp of the wild-type ikzf4 coding sequence, AGTGAC, is mutated into G. The mutated ikzf4 codes for a truncated protein containing 75 aa, 58 aa of which is identical to wildtype ikzf4.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 23|||2020-10-21
ZDB-ALT-180319-6|ihb219||||Small Deletion|embryos treated with CRISPR1-fads2|291 bp to 301 bp of the wild-type fads2 coding sequence, TGAACCCAGTC, is deleted. The mutated fads2 codes for a truncated protein containing 113 aa, 96 aa of which is identical to wildtype fads2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-131226-3|ihb21Tg|||Tg2(mpeg1:mCherry)ihb21|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg2(mpeg1:mCherry)|ZDB-TGCONSTRCT-131226-2|2020-10-21
ZDB-ALT-180319-7|ihb220||||Small Deletion|embryos treated with CRISPR1-fads2|Between 300 bp to 303 bp of the wild-type fads2 coding sequence, TCAG, is deleted. The mutated fads2 codes for a truncated protein containing 126 aa, 100 aa of which is identical to wildtype fads2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-180319-8|ihb221||||Insertion|embryos treated with CRISPR2-myo7aa|Between 218 bp and 219 bp of the wild-type myo7aa coding sequence, CTGAAT, is inserted. The mutated myo7aa codes for a truncated protein containing 73 aa, 72 aa of which is identical to wildtype myo7aa|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 18|||2020-10-21
ZDB-ALT-180319-9|ihb222||||Indel|embryos treated with CRISPR2-myo7aa|Between 216 bp to 223 bp of the wild-type myo7aa coding sequence, GCTGGGGG, is mutated into A. The mutated myo7aa codes for a truncated protein containing 73 aa, 72 aa of which is identical to wildtype myo7aa.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 18|||2020-10-21
ZDB-ALT-180410-4|ihb223||||Small Deletion|embryos treated with TALEN1-tdrd12|16bp deletion from position 74bp to 90bp after ATG|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 25|||2020-10-21
ZDB-ALT-180419-1|ihb224||||Indel|embryos treated with CRISPR|433 bp to 437 bp of the wild-type P2rx7 coding sequence, GTGAA, is mutated into T. The mutated P2rx7 codes for a truncated protein containing 148 aa, 144 aa of which is identical to wildtype P2rx7|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-180419-2|ihb225||||Indel|embryos treated with CRISPR|Between 437 bp to 441 bp of the wild-type P2rx7 coding sequence, AGTTG, is mutated into GATACTAAA. The mutated P2rx7 codes for a truncated protein containing 147 aa, 145 aa of which is identical to wildtype P2rx7.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-180517-10|ihb226||||Small Deletion|embryos treated with CRISPR1-ppm1da|>WT CGAGCAAGTATTTATTACGACCAGGGCGGTCGGAAATACATGGAGGACCTAGTAACGATGAAGCAGGAGGATGAGCCG > ihb226 CGAGCAAGTATTTATTACGACCAGGGCGGACCTAGTAACGATGAAGCAGGAGGATGAGCCG|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 15|||2020-10-21
ZDB-ALT-180517-11|ihb227||||Insertion|embryos treated with CRISPR2-ppm1da|>WT AAAAACAGTTACAGGACTCCCTAGCACATCGGGCACAACTGCAAGTATTGTGGTATTAAGACGTGACCGTA > ihb227 AAAAACAGTTACAGGACTCCCTAGCACATCGGGCACAACTGCAAGTATTAAGACGTGGTATTAAGACGTGACCGTA|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 15|||2020-10-21
ZDB-ALT-180517-12|ihb228||||Indel|embryos treated with CRISPR3-prmt5|>WT ATTGGAACACTCTTATCGTGGGAAAGCTGTCACCCTGGATTGAGACTGACTCCGAGTTGACCACAGAGCGCA > ihb228 ATTGGAACACTCTTATCGTGGGAAAGCTGTCACCCTGGACTGACTGACTCCGAGTTGACCACAGAGCGCA|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-180517-13|ihb229||||Indel|embryos treated with CRISPR3-prmt5|>WT ATTGGAACACTCTTATCGTGGGAAAGCTGTCACCCTGGATTGAGACTGACTCCGAGTTGACCACAGAGCGCA > ihb229 ATTGGAACACTCTTATAGTGGGAAAGCTGTCACCCTGTCACCCTTGAGACTGACTCCAACTTGACCACAGAGCGCA|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-140123-1|ihb22Tg|||Tg(CMV:Cel.Fat1,CMV:EGFP)ihb22|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(CMV:Cel.Fat1,CMV:EGFP)|ZDB-TGCONSTRCT-140121-1|2020-10-21
ZDB-ALT-180517-14|ihb230||||Small Deletion|embryos treated with CRISPR1-col1a2|>WT GGTCTTCCTGGAATTGCTGGTGCCCCTGGTTTCCCTGGCCCTAGAGGAGGCCCTGGCCCACAGGGACCTAGTGGAGCTTCTGGTCCAAGAGGTCTTGG > ihb226 GGTCTTCCTGGAATTGCTGGTGCCCCTGGTTTCCCTGGCCCTAGGAGGCCCTGGCCCACAGGGACCTAGTGGAGCTTCTGGTCCAAGAGGTCTTGG|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 19|||2020-10-21
ZDB-ALT-180517-15|ihb231||||Small Deletion|embryos treated with CRISPR1-cd44a|>WT CAGTCGTTACTCTCTTACCTTTCAGAAGGCTGGTGAACTGTGTCAGAGTTTAGGTTACAGACTTGCAACACAAGAACAGGTCACTGAAGCCTATAAAAAAGGC > ihb231 CAGTCGTTACTCTCTTACCTTTCAGAAGGCTGGTGAACTGTGTCAGAGGTTACAGACTTGCAACACAAGAACAGGTCACTGAAGCCTATAAAAAAGGC|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-180517-16|ihb232||||Insertion|embryos treated with CRISPR1-cd44a|>WT CAGTCGTTACTCTCTTACCTTTCAGAAGGCTGGTGAACTGTGTCAGAGTTTAGGTTACAGACTTGCAACACAAGAACAGGTCACTGAAGCCTATAAAAAAGGC > ihb232 CAGTCGTTACTCTCTTACCTTTCAGAAGGCTGGTGAACTGTGTCAGAGGTTTAGGTTACAGACTTGCAACACAAGAACAGGTCACTGAAGCCTATAAAAAAGGC|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-180517-17|ihb233||||Indel|embryos treated with CRISPR1-ucp2|>WT ACAAAATCTGCCCCCACAGAAGATTTCCACAGATTCACTGTACATTTACAATATTGCTGCCTTAAATTATTTAGT > ihb233 ACAAAATCTGCACCCACAGATTCACTGTACATTTACAATATTGCTGCCTTAAATTATTTAGT|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 10|||2020-10-21
ZDB-ALT-180517-18|ihb234||||Small Deletion|embryos treated with CRISPR1-ucp2|>WT ACAAAATCTGCCCCCACAGAAGATTTCCACAGATTCACTGTACATTTACAATATTGCTGCCTTAAATTATTTAGTTCAATTAAAGGAACTTTTCTAGTCATCTCAACTTGCATCAG > ihb234 ACAAAATCTGCCCCCACAGAAGATTTCCACAGATTCACTGTACATTTACAATATTGCTGCCTTAAATTATTTAGTTCAATTAAAGGAACTTTCTAGTCATCTCAACTGCATCAG|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 10|||2020-10-21
ZDB-ALT-180517-19|ihb235||||Small Deletion|embryos treated with CRISPR1-slc15a1b|>WT TCCTGTACTTCAAGTATTTCATTGGTTGGGATGATGACCTGTCCACCACCATCTACCACACGTTTGTGGCTCTCTGCTACCTTACACCCATCATGGGAGCCATTA > ihb235 TCCTGTACTTCAAGTATTTCATTGGTTGGGATGATGACCTGTCACCACCATCTACCACACGTTTGTGGCTCTCTGCTACCTTACACCCATCATGGGAGCCATTA|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 6|||2020-10-21
ZDB-ALT-180517-20|ihb236||||Insertion|embryos treated with CRISPR1-slc15a1b|>WT TCCTGTACTTCAAGTATTTCATTGGTTGGGATGATGACCTGTCCACCACCATCTACCACACGTTTGTGGCTCTCTGCTACCTTACACCCATCATGGGAGCCATTA > ihb236 TCCTGTACTTCAAGTATTTCATTGGTTGGGATGATGACCTGTCATCACCACCATCTACCACACGTTTGTGGCTCTCTGCTACCTTACACCCATCATGGGAGCCATTA|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 6|||2020-10-21
ZDB-ALT-180517-21|ihb237||||Small Deletion|embryos treated with CRISPR1-oca2|>WT TCTGGCTGCAATGTTAGGATCCCTGTCTGCTCTGGCAGCTCTGGCTTTCATTGGAGAT > ihb237 TCTGGCTGCAATGTTAGGATCCCTGTCTGCTCTGGCAGCTCTGGCTTTGGAGAT|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 6|||2020-10-21
ZDB-ALT-180517-22|ihb238||||Small Deletion|embryos treated with CRISPR1-oca2|>WT TCTGGCTGCAATGTTAGGATCCCTGTCTGCTCTGGCAGCTCTGGCTTTCATTGGAGAT > ihb238 TCTGGCTGCAATGTTAGGATCCCTGTCTGCTCTGGCAGCTCTGGCTTGGAGAT|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 6|||2020-10-21
ZDB-ALT-180517-23|ihb239||||Small Deletion|embryos treated with CRISPR1-izumo1|>WT TTTGTAGATTCTCTTCAATGGGATTTGATTACTATAGTGGAGAAAGGAAAAAGAAT > ihb239 TTTGTAGATTCTCTTCAATGGGATTTGATTACTAGTGGAGAAAGGAAAAAGAAT|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 8|||2020-10-21
ZDB-ALT-140123-2|ihb23Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(CMV:Cel.Fat2,CMV:mCherry)|ZDB-TGCONSTRCT-151019-1|2020-10-21
ZDB-ALT-140606-1|ihb24||||Small Deletion|embryos treated with TALEN|This mutant contains a deletion from  bp299 to 303 of the wildtype tbr1b coding sequence, CTGCA, is deleted. The mutated tbr1b codes for a protein containing 220 aa, in which only the sequence of the first 100 aa is identical to wildtype Tbr1b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-180517-24|ihb240||||Indel|embryos treated with CRISPR1-izumo1|>WT TTTGTAGATTCTCTTCAATGGGATTTGATTACTATAGTGGAGAAAGGAAAAAGAAT > ihb240 TTTGTAGATTCTCTTCAATGGGATTTGATAGTGGAGAAAGGAAAAAGAATTCTTCAGAAACACTTGGAGAAAAAGAAT|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 8|||2020-10-21
ZDB-ALT-180517-8|ihb241||||Small Deletion|embryos treated with CRISPR2-lbx2|457 bp to 458 bp of the wildtype lbx2 coding sequence, CC, is deleted. The mutated lbx2 codes for a truncated protein containing 153 aa, 152 aa of which is identical to wildtype lbx2.|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 14|||2020-10-21
ZDB-ALT-180517-1|ihb242||||Small Deletion|embryos treated with CRISPR|2bp of “AG” deleted from position 110bp exon2 of the wild-type timp3 coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-180517-2|ihb243||||Small Deletion|embryos treated with CRISPR|4bp of “AGAG” deleted from position 106bp exon2 of the wild-type timp3 coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-180604-2|ihb244||||Insertion|embryos treated with CRISPR1-csrp3|Between 216 bp to 217 bp of the wild-type csrp3 coding sequence, G is inserted in exon 3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-180604-3|ihb245||||Small Deletion|embryos treated with CRISPR1-csrp3|Between 211 bp to 217 bp of the wild-type csrp3 coding sequence, TATGGGT is deleted in exon 3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-180604-4|ihb246||||Indel|embryos treated with CRISPR1-msx3|Between 297 bp to 305 bp of the wild-type msx3 coding sequence, AGTGGAGAG is mutated to TATCTGCGTAAAGCGACACACTACA in exon 1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-180604-5|ihb247||||Indel|embryos treated with CRISPR1-nfe2l2a|Between 217 bp to 222 bp of the wild-type nfe2l2a coding sequence, CTGCAG is mutated to GAGGA in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 9|||2020-10-21
ZDB-ALT-180604-6|ihb248||||Indel|embryos treated with CRISPR5-esr1|Between 580 bp to 581 bp of the wild-type esr1 coding sequence, TG is mutated to CGAC in exon 4.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-180604-7|ihb249||||Indel|embryos treated with CRISPR1-klf2b|Between 655 bp to 661 bp of the wild-type klf2b coding sequence, GCGTATC is mutated to TGA in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 2|||2020-10-21
ZDB-ALT-140606-2|ihb25||||Indel|embryos treated with TALEN|133 bp to 136 bp of the wildtype lhx1a coding sequence, CGAG, is mutated into GTT. The mutated lhx1a codes for a protein containing 85 aa, in which only the sequence of the first 44 aa is identical to wildtype Lhx1a. The homozygous mutants die in the larvae stage.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 15|||2020-10-21
ZDB-ALT-180604-8|ihb250||||Indel|embryos treated with CRISPR1-klf2b|Between 737 bp to 738 bp of the wild-type klf2b coding sequence, TG is mutated to ACC in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 2|||2020-10-21
ZDB-ALT-180604-9|ihb251||||Indel|embryos treated with CRISPR1-lepr||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 6|||2020-10-21
ZDB-ALT-180604-10|ihb252||||Small Deletion|embryos treated with CRISPR1-lepr|Between 917 bp to 920 bp of the wild-type lepr coding sequence, ACCG is deleted in exon 8.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 6|||2020-10-21
ZDB-ALT-180604-11|ihb253||||Small Deletion|embryos treated with CRISPR1-fndc5b|Between 169 bp to 176 bp of the wild-type fndc5b coding sequence, GTCATTGG is deleted in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 19|||2020-10-21
ZDB-ALT-180604-12|ihb254||||Indel|embryos treated with CRISPR1-fndc5b|Between 169 bp to 170 bp of the wild-type fndc5b coding sequence, GT is mutated to TCCAGGAAAC in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 19|||2020-10-21
ZDB-ALT-180612-1|ihb255Gt|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA||Cui Lab|ZDB-LAB-131112-1|Ambiguous|Gt(GBT-rp2)|ZDB-GTCONSTRCT-111117-2|2020-10-21
ZDB-ALT-180629-2|ihb256||||Small Deletion|embryos treated with CRISPR1-nfe2l2a|Between 415bp to 419 bp of the wild-type nfe2l2a coding sequence, GCCTT is deleted in exon 4.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 9|||2020-10-21
ZDB-ALT-180629-1|ihb257||||Small Deletion|embryos treated with CRISPR1-sdc4|In the 98 bp of the wild-type sdc4 coding sequence, A is deleted in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-180727-1|ihb258||||Small Deletion|embryos treated with CRISPR2-nf1a|5 bps, CGCAG, are deleted in the last exon|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 15|||2020-10-21
ZDB-ALT-180727-2|ihb259||||Small Deletion|embryos treated with CRISPR2-nf1a|31bps, AGCCAGGTGCAGAAGCAGCGCAGCGCAGGCA, are deleted in the last exon|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 15|||2020-10-21
ZDB-ALT-140606-3|ihb26||||Small Deletion|embryos treated with TALEN|299 bp to 305 bp of the wildtype tbr1b coding sequence, CTGCAGG, is deleted. The mutated tbr1b codes for a protein containing 100 aa, and the sequence of the 100 aa is identical to wildtype Tbr1b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-180727-3|ihb260||||Indel|embryos treated with CRISPR1-cd36|TTGTGC in exon3 are mutated to GTGTGTGC|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 4|||2020-10-21
ZDB-ALT-180727-4|ihb261||||Small Deletion|embryos treated with CRISPR1-cd36|7bps, TTGTGCT, are deleted in exon3|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 4|||2020-10-21
ZDB-ALT-180727-5|ihb262||||Indel|embryos treated with CRISPR1-slc17a5|GGGTTGG in exon2  are mutated to GATGGC.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 13|||2020-10-21
ZDB-ALT-180727-6|ihb263||||Insertion|embryos treated with CRISPR1-slc17a5|16bps, TTGTGGCATATGCCCT, are inserted in exon2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 13|||2020-10-21
ZDB-ALT-180727-7|ihb264||||Small Deletion|embryos treated with CRISPR1-nell2a|2bps, CG, are deleted in exon17|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-180727-8|ihb265||||Small Deletion|embryos treated with CRISPR1-nell2a|5bps, GTGCG, are deleted in exon17|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-180727-9|ihb266||||Small Deletion|embryos treated with CRISPR1-nr1h3|1bps, A, are deleted in exon4|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-180727-10|ihb267||||Indel|embryos treated with CRISPR1-nr1h3|GTGACAGTGAAGA in exon4 are mutated to CTGGGCCCTTCTCT|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-180727-11|ihb268||||Small Deletion|embryos treated with CRISPR1-pign|11bps, TCTGCCCCCTC, are deleted in exon2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 24|||2020-10-21
ZDB-ALT-180727-12|ihb269||||Small Deletion|embryos treated with CRISPR1-pign|5bps, CCTCC, are deleted in exon2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 24|||2020-10-21
ZDB-ALT-180727-13|ihb270||||Indel|embryos treated with CRISPR1-dync1h1|CTGCTGGAAGATGG in exon1 is mutated to ATGCTGG|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 17|||2020-10-21
ZDB-ALT-180727-14|ihb271||||Insertion|embryos treated with CRISPR1-dync1h1|TCCGAAA are inserted in exon1|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 17|||2020-10-21
ZDB-ALT-180727-15|ihb272||||Insertion|embryos treated with CRISPR2-pink1|GGATT are inserted in exon2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 23|||2020-10-21
ZDB-ALT-180727-16|ihb273||||Small Deletion|embryos treated with CRISPR2-pink1|14bps, TGGAAGATTATGTG, are deleted in exon2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 23|||2020-10-21
ZDB-ALT-180815-9|ihb274||||Small Deletion|embryos treated with CRISPR1-nipbla|4bp deletion. 4bp of “ACGT” deletion from position 81bp exon3 of the wild-type nipbla coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-180815-10|ihb275||||Indel|embryos treated with CRISPR1-nipbla|5bp deletion, 6bp insertion. 143bp to 148 bp of the wild-type nipbla coding sequence, CGTGG, is mutated into GCATCT|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-180815-11|ihb276||||Insertion|embryos treated with CRISPR2-nipbla|5bp insertion. 5bp of “CAGCT” insertion from position 31bp exon16 of the wild-type nipbla coding sequence|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-180815-12|ihb277||||Indel|embryos treated with CRISPR2-nipbla|15bp deletion, 7bp insertion. 27bp to 43 bp of the wild-type nipbla exon16 coding sequence, CTCTGGCGTGATCTC, is mutated into GCATGTG|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-180815-13|ihb278||||Small Deletion|embryos treated with CRISPR1-nipblb|1bp deletion. 1bp of “G” deletion from position 19bp exon3 of the wild-type nipblb coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-180815-14|ihb279||||Insertion|embryos treated with CRISPR2-nipblb|19bp inserted.  19bp of “CCTCTACCTTAAATCAGCT” insertion from position 31bp exon3 of the wild-type nipblb coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-140616-1|ihb27Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(OTM:GFP)|ZDB-TGCONSTRCT-140611-2|2020-10-21
ZDB-ALT-180815-15|ihb280||||Small Deletion|embryos treated with CRISPR2-nipblb|4bp deletion. 4bp of “CATG” deletion from position 91bp exon15 of the wild-type nipblb coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-180815-16|ihb281||||Small Deletion|embryos treated with CRISPR2-nipblb|18bp deletion. 18bp of “TGGGCATCATGCATAAGG” deletion from position 90bp exon15 of the wild-type nipblb coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-180817-2|ihb282||||Small Deletion|embryos treated with CRISPR1-slc7a14a|71bps, GGCACCAAACTGGCCCGTGTCCTCTCCACCGTGGACCTTGTGTCTCTGGGAGTGGGAAGCTGTGTGGGTAC, are deleted in exon4 of slc7a14a genomic DNA.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 2|||2020-10-21
ZDB-ALT-180817-3|ihb283||||Small Deletion|embryos treated with CRISPR2-slc7a14a|8bps, TCACGGC and C, are deleted in exon4 of slc7a14a genomic DNA.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 2|||2020-10-21
ZDB-ALT-180911-1|ihb284||||Indel|embryos treated with CRISPR1-cyp11c1||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 16|||2020-10-21
ZDB-ALT-180911-2|ihb285||||Small Deletion|embryos treated with CRISPR1-cyp11c1||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 16|||2020-10-21
ZDB-ALT-181009-1|ihb286||||Indel|embryos treated with CRISPR2-hsf1|Between 413 bp to 420 bp of the wild-type hsf1 coding sequence, GGCCAGTT, is mutated into A. The mutated hsf1 codes for a truncated protein containing 153 aa, 137 aa of which is identical to wildtype hsf1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 19|||2020-10-21
ZDB-ALT-181009-2|ihb287||||Small Deletion|embryos treated with CRISPR2-hsf1|Between 418 bp to 422 bp of the wild-type hsf1 coding sequence, GTTTT, is deleted. The mutated hsf1 codes for a truncated protein containing 233 aa, 139 aa of which is identical to wildtype hsf1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 19|||2020-10-21
ZDB-ALT-181106-10|ihb288||||Insertion|embryos treated with CRISPR1-bbc3|Between 60 bp to 61 bp of the wild-type bbc3 coding sequence, G is inserted. The mutated bbc3 codes for a truncated protein containing 63 aa, 20 aa of which is identical to wildtype bbc3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 15|||2020-10-21
ZDB-ALT-181106-11|ihb289||||Indel|embryos treated with CRISPR1-bbc3||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 15|||2020-10-21
ZDB-ALT-140616-2|ihb28Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(BMPRE:GFP)|ZDB-TGCONSTRCT-140611-3|2020-10-21
ZDB-ALT-140611-2|ihb29||||Insertion|embryos treated with TALEN1-socs1a|Between the 314 bp and 315 bp of the wildtype socs1a coding sequence, a cytosine(C), is inserted. The mutated socs1a codes for a protein containing 118 aa, in which only the sequence of the first 22 aa is identical to wildtype socs1a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 3|||2020-10-21
ZDB-ALT-181112-3|ihb290||||Small Deletion|embryos treated with CRISPR1-rnf185|163 bp to 166 bp of the wild-type rnf185 coding sequence, CTGT, is deleted. The mutated rnf185 codes for a truncated protein containing 67 aa, 54 aa of which is identical to wildtype rnf185.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-181112-4|ihb291||||Indel|embryos treated with CRISPR1-rnf185|Between 150 bp to 165 bp of the wild-type rnf185 coding sequence, TGCTGTCATCAGTCTG, is mutated into CA. The mutated rnf185 codes for a truncated protein containing 69 aa, 49 aa of which is identical to wildtype rnf185.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-181112-5|ihb292||||Small Deletion|embryos treated with CRISPR1-slc39a6|Between 168 bp to 194 bp of the wild-type slc39a6 coding sequence, TTCAGTGGGGGCGGGTTCAGACTGCAA, is deleted. The mutated slc39a6 codes for a truncated protein containing 55 aa, 55 aa of which is identical to wildtype slc39a6.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 2|||2020-10-21
ZDB-ALT-181112-6|ihb293||||Small Deletion|embryos treated with CRISPR1-slc39a6|Between 179 bp to 182 bp of the wild-type slc39a6 coding sequence, CGGG, is deleted. The mutated slc39a6 codes for a truncated protein containing 73 aa, 59 aa of which is identical to wildtype slc39a6.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 2|||2020-10-21
ZDB-ALT-181106-12|ihb294||||Small Deletion|embryos treated with CRISPR2-hsf1|Ihb294: Between 412 bp to 421 bp of the wild-type hsf1 coding sequence, TGGCCAGTTT, is deleted. The mutated hsf1 codes for a truncated protein containing 152 aa, 133 aa of which is identical to wildtype hsf1|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 19|||2020-10-21
ZDB-ALT-181119-3|ihb295||||Small Deletion|embryos treated with CRISPR4-esr2a|Between 281 bp to 285 bp of the wild-type esr2a coding sequence, CTCAC, is deleted. The mutated esr2a codes for a truncated protein containing 113 aa, 93 aa of which is identical to wildtype esr2a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-190114-1|ihb296||||Insertion|embryos treated with CRISPR2-jag2b|Between 282 bp to 283 bp of the wild-type esr2a coding sequence, GC, is inserted. The mutated esr2a codes for a truncated protein containing 137 aa, 94 aa of which is identical to wildtype esr2a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-181112-7|ihb297||||Small Deletion|embryos treated with CRISPR3-aldh7a1|Between 334bp to 335 bp of the wild-type aldh7a1 coding sequence, AG is deleted in exon 4.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 10|||2020-10-21
ZDB-ALT-181112-8|ihb298||||Small Deletion|embryos treated with CRISPR3-aldh7a1|Between 334bp to 337 bp of the wild-type aldh7a1 coding sequence, AGAG is deleted in exon 4. 
1. CRISPR/TALEN Sequence: gGTACCTGCTCCAAAGAGAG|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 10|||2020-10-21
ZDB-ALT-181119-1|ihb299||||Small Deletion|embryos treated with CRISPR1-hsp90ab1|5bp of “CCTAC” deletion from position 52bp exon 3 of the wild-type hsp90ab1 coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-110721-5|ihb2Tg|||Tg(CMV:Mmu.Jun-Ssc.Ghr)ihb2|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(CMV:Mmu.Jun-Ssc.Ghr)|ZDB-TGCONSTRCT-110721-5|2020-10-21
ZDB-ALT-140611-3|ihb30||||Indel|embryos treated with TALEN|This mutant contains a deletion from bp24 to 36 of the wildtype socs2 coding sequence, CACGGAAAGCATC, is deleted. The mutated socs2 codes for a protein containing 31 aa, in which only the sequence of the first 8 aa is identical to wildtype socs2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-181119-2|ihb300||||Small Deletion|embryos treated with CRISPR1-hsp90ab1|4bp of “GCCT” deletion from position 51bp exon 3 of the wild-type hsp90ab1 coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-140929-1|ihb301Tg||||Transgenic Insertion|sperm treated with DNA||Zhan Yin Lab|ZDB-LAB-110330-2|Unmapped|Tg(cga:EGFP)|ZDB-TGCONSTRCT-140929-1|2020-10-21
ZDB-ALT-151202-1|ihb302Tg||||Transgenic Insertion|embryos treated with DNA||Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(-2.3kiss1:mCherry)|ZDB-TGCONSTRCT-151201-1|2020-10-21
ZDB-ALT-151202-2|ihb303Tg||||Transgenic Insertion|embryos treated with DNA||Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(-1.5kiss2:kiss2-mCherry)|ZDB-TGCONSTRCT-151201-2|2020-10-21
ZDB-ALT-170614-1|ihb304Tg||||Transgenic Insertion|embryos treated with DNA||Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(gad1b:mCherry)|ZDB-TGCONSTRCT-170614-1|2020-10-21
ZDB-ALT-180319-1|ihb305Tg||||Transgenic Insertion|embryos treated with DNA||Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(CMV:GFP,CMV:mettl3)|ZDB-TGCONSTRCT-180319-1|2020-10-21
ZDB-ALT-180320-8|ihb306||||Indel|embryos treated with TALEN1-mettl3|The mutation resulted in an open reading frame-shift and caused a truncated protein. The protein lost the catalytic DPPW motif and S-adenosylmethionine (SAM) binding domain. Western blot analysis showed that Mettl3 protein was completely abolished in the mutant.|Wei Hu lab|ZDB-LAB-110815-1|Chr: 7|||2020-10-21
ZDB-ALT-180320-9|ihb307||||Small Deletion|embryos treated with TALEN1-mettl3|The mutation resulted in an open reading frame-shift and caused a truncated protein. The protein lost the catalytic DPPW motif and S-adenosylmethionine (SAM) binding domain.Western blot analysis showed that Mettl3 protein was completely abolished in the mutant.|Wei Hu lab|ZDB-LAB-110815-1|Chr: 7|||2020-10-21
ZDB-ALT-180816-5|ihb308||||Small Deletion|embryos treated with TALEN1-sinhcafl, TALEN2-sinhcafl||Wei Hu lab|ZDB-LAB-110815-1|Ambiguous|||2020-10-21
ZDB-ALT-181126-4|ihb309||||Small Deletion|embryos treated with CRISPR2-ret|5bp deleted，5bp of “TATCA” deletion from position 83bp exon 4 of the wild-type ret coding sequence|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-140611-4|ihb31||||Small Deletion|embryos treated with TALEN1-socs3a|This mutant contains a deletion from bp221 to 281 of the wildtype socs3a coding sequence, CGGCCTGTTTGACGCTAGCATGCGGCTGCCGTTTTACCACTTCAAGACCTTCAGCTCCAAG, is deleted. The mutated socs3a codes for a protein containing 44 aa, in which only the sequence of the first 12 aa is identical to wildtype socs3a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 3|||2020-10-21
ZDB-ALT-181126-5|ihb310||||Indel|embryos treated with CRISPR2-ret|8bp deletion, 1bp insertion. 79bp to 87 bp of the wild-type ret exon 4 coding sequence, AGTGTATC, is mutated into T.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-181129-6|ihb311||||Insertion|embryos treated with CRISPR1-csnk1a1|35bp inserted, 35bp of "TGGCTGTAAACAACAGTAAACAACGATTCAAACAA" insertion from position 533bp exon1 of wild-type csnk1a1 coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-181129-7|ihb312||||Insertion|embryos treated with CRISPR1-csnk1a1|7bp inserted, 7bp of "GGCAGGC" insertion from position 533bp exon1 of wild-type csnk1a1 coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-181129-8|ihb313||||Indel|embryos treated with CRISPR1-sult2st3|12bp inserted and 1bp deleted, 12bp of "GATAGGGCCCCG" insertion ang 1bp of "C" deletion from position 95bp exon2 of wild-type sult2st3 coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 16|||2020-10-21
ZDB-ALT-181129-9|ihb314||||Small Deletion|embryos treated with CRISPR1-sult2st3|4bp deleted, 4bp of "CTGG" deletion from position 95bp exon2 of wild-type sult2st3 coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 16|||2020-10-21
ZDB-ALT-181129-10|ihb315||||Small Deletion|embryos treated with CRISPR1-tcf7l1b|11bp deleted, 11bp of "CGGAGGGGACG" deletion from position 20bp exon1 of wild-type tcf7l1b coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-181129-11|ihb316||||Small Deletion|embryos treated with CRISPR2-tcf7l2|10bp deleted, 10bp of "ACGATCTGGG" deletion from position 936bp exon1 of wild-type tcf7l2 coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 12|||2020-10-21
ZDB-ALT-181129-12|ihb317||||Insertion|embryos treated with CRISPR1-cyp11a2|7bp inserted, 7bp of "TGGATCA" insertion from position 650bp exon1 of wild-type cyp11a2 coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-181129-13|ihb318||||Small Deletion|embryos treated with CRISPR1-cyp11a2|17bp deleted, 17bp of "CTGGAGTCTGTCGGCCC" deletion from position 633bp exon1 of wild-type cyp11a2 coding sequence.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-181218-12|ihb319||||Insertion|embryos treated with CRISPR1-tnfrsf1a|>WT AGATGCTGAAAGTTTGGAGTGATGGTGGCAGTGGAGGAGGGAACAATGTTGTGCCGTATGACCAAATCCAGA > ihb319 AGATGCTGAAAGTTTGGAGTGATGGTGGCAGGGAACAATGGAGGAGGGAACAATGTTGTGCCGTATGACCAAATCCAGA|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 16|||2020-10-21
ZDB-ALT-140611-5|ihb32||||Indel|embryos treated with TALEN|This mutant contains a deletion from bp498 to 505 of the wildtype socs3b coding sequence, GAAGGAGG, is deleted. And an insertion from bp502 to 505(TGGC) in the deleted sequences. The mutated socs3b codes for a protein containing 63 aa, in which only the sequence of the first 58 aa is identical to wildtype socs3b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 12|||2020-10-21
ZDB-ALT-181218-13|ihb320||||Small Deletion|embryos treated with CRISPR1-tnfrsf1a|>WT AGATGCTGAAAGTTTGGAGTGATGGTGGCAGTGGAGGAGGGAACAATGTTGTGCCGTATGACCAAATCCAGA > ihb320 AGATGCTGAAAGTTTGGAGTGATGGTGGCAGGAGGGAACAATGTTGTGCCGTATGACCAAATCCAGA|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 16|||2020-10-21
ZDB-ALT-181218-14|ihb321||||Small Deletion|embryos treated with CRISPR1-ctsl.1|>WT CTGCCAGTCTTTCTCTGGAGGACATGGAGTTTCACGCCTGGAAACTGAAGTTTGGTAAGTCTAGC  > ihb321 CTGCCAGTCTTTCTCTGGAGCCTGGAAACTGAAGTTTGGTAAGTCTAGC|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 17|||2020-10-21
ZDB-ALT-181218-15|ihb322||||Indel|embryos treated with CRISPR1-ctsl.1|>WT CTGCCAGTCTTTCTCTGGAGGACATGGAGTTTCACGCCTGGAAACTGAAGTTTGGTAAGTCTAGC > ihb322 CTGCCAGTCTTTCTCTGGAGGACATGGAGTTTCATTGAAGTTTGGAAACTGAAGTTTGGTAAGTCTAGC|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 17|||2020-10-21
ZDB-ALT-181218-16|ihb323||||Insertion|embryos treated with CRISPR1-stk33|>WT CATCGAGACGCAGAGGAAGTGGGCAATTAAGAAGGTGAACAAAGAGAAGGTAAGTGTTTGC  > ihb323 CATCGAGACGCAGAGGAAGTGGGCAATTAGAAGAAGGTGAACAAAGAGAAGGTAAGTGTTTGC|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-181218-17|ihb324||||Small Deletion|embryos treated with CRISPR1-stk33|>WT CATCGAGACGCAGAGGAAGTGGGCAATTAAGAAGGTGAACAAAGAGAAGGTAAGTGTTTGC  > ihb324 CATCGAGACGCAGAGGAAGTGGGCAATTAGGTGAACAAAGAGAAGGTAAGTGTTTGC|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-181218-18|ihb325||||Small Deletion|embryos treated with CRISPR4-smpx|>WT CATCGAGACGCAGAGGAAGTGGGCAATTAAGAAGGTGAACAAAGAGAAGGTAAGTGTTTGC  > ihb325 GGCCAACCTTAATATCCCGATGGGGGCTCTGCGTCCTGGGGACATCCTGTGAAGAGG|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 24|||2020-10-21
ZDB-ALT-181218-19|ihb326||||Indel|embryos treated with CRISPR4-smpx|>WT CATCGAGACGCAGAGGAAGTGGGCAATTAAGAAGGTGAACAAAGAGAAGGTAAGTGTTTGC  > ihb326 GGCCAACCTTAATATCCCGATGGGGGCTCTTAATATCCCTTAATATCCCGAGCGGGACATCCTGTGAAGAGG|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 24|||2020-10-21
ZDB-ALT-181226-1|ihb327Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(piwil1:EGFP-UTRnanos3)|ZDB-TGCONSTRCT-181226-1|2020-10-21
ZDB-ALT-190111-4|ihb328||||Indel|embryos treated with CRISPR1-jag2b|Between 2623bp to 2635 bp of the wild-type jag2b coding sequence, CTTCTGCCAGGGA, is mutated to TCGTGAAGCTCTCG  in exon 23.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-190111-5|ihb329||||Indel|embryos treated with CRISPR2-jag2b|Between 155bp to 159, the wild-type jag2b coding sequence, ACAGC,is mutated to GGGGAATGTTGCGACA in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-140623-4|ihb33||||Small Deletion|embryos treated with TALEN1-socs1a|Between the 313 bp and 315 bp of the wildtype socs1a coding sequence, a cytosine(C), is deleted. The mutated socs1a codes for a protein containing 63 aa, in which only the sequence of the first 22 aa is identical to wildtype socs1a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 3|||2020-10-21
ZDB-ALT-190111-6|ihb330||||Small Deletion|embryos treated with CRISPR2-jag2b|Between 159bp to 165 bp of the wild-type jag2b coding sequence, CACGCGG is  deleted in exon 2|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-190111-3|ihb331||||Small Deletion|embryos treated with CRISPR1-jag2b|Between 2620bp to 2635 bp of the wild-type jag2b coding sequence, TGCCTTCTGCCAGGGA is deleted in exon 23.|Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-190116-4|ihb332||||Small Deletion|embryos treated with CRISPR1-elovl2|The length of the deleted sequence is 20bp. The sequence of "TTACCGTCTTCAGTGTCAGG" which existed in exon4 of elovl2 gene from 27bp to 46bp  was deleted|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 24|||2020-10-21
ZDB-ALT-190116-5|ihb333||||Small Deletion|embryos treated with CRISPR1-elovl5||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 13|||2020-10-21
ZDB-ALT-190123-672|ihb334||||Insertion|embryos treated with CRISPR3-npc1|Between 89 bp to 90 bp of the wild-type npc1 coding sequence, TG is inserted in exon 2.|Hong Cao Lab|ZDB-LAB-180404-1|Chr: 2|||2020-10-21
ZDB-ALT-190123-674|ihb335||||Small Deletion|embryos treated with CRISPR3-npc1|Between 84 bp to 90 bp of the wild-type npc1 coding sequence, GTATCTG is deleted in exon 2|Hong Cao Lab|ZDB-LAB-180404-1|Chr: 2|||2020-10-21
ZDB-ALT-190405-2|ihb336||||Small Deletion|embryos treated with CRISPR1-ticam1|Between 222bp to 235 bp of the wild-type ticam1 coding sequence, CTACTTGGCGGAAA is deleted in exon2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 22|||2020-10-21
ZDB-ALT-190405-3|ihb337||||Insertion|embryos treated with CRISPR1-ticam1|Between 229bp to 230 bp of the wild-type ticam1 coding sequence, GTTGG is inserted in exon2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 22|||2020-10-21
ZDB-ALT-190405-4|ihb338||||Small Deletion|embryos treated with CRISPR1-mavs|Between 118bp to 130 bp of the wild-type mavs coding sequence, CGGGTAAGTGGAT is deleted in exon3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 13|||2020-10-21
ZDB-ALT-190405-5|ihb339||||Small Deletion|embryos treated with CRISPR1-mavs|Between 116bp to 120 bp of the wild-type mavs coding sequence, ATCGG is deleted in exon3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 13|||2020-10-21
ZDB-ALT-140623-5|ihb34||||Small Deletion|embryos treated with TALEN|This mutant contains a deletion from bp31 to 41 of the wildtype socs2 coding sequence, AGCATCGAGAA, is deleted. The mutated socs2 codes for a protein containing 10 aa, and the sequence of the 10 aa is identical to wildtype socs2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-190412-15|ihb340||||Indel|embryos treated with CRISPR2-nsun2|1bp deleted and 9bp insertion, between 100bp to 101bp of the wild-type nsun2 coding sequence, A is mutated into GCATTTATG in exon3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 19|||2020-10-21
ZDB-ALT-190412-16|ihb341||||Indel|embryos treated with CRISPR1-nsun2|3bp deletion, 14bp insertion. 67bp to 69 bp of the wild-type nsun2 exon 3 coding sequence, TGG, is mutated into ATAACAGGATACAA|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 19|||2020-10-21
ZDB-ALT-190423-6|ihb342||||Indel|embryos treated with CRISPR1-slc12a10.2||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 7|||2020-10-21
ZDB-ALT-190426-5|ihb343||||Small Deletion|embryos treated with CRISPR1-slc12a3||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 18|||2020-10-21
ZDB-ALT-190520-2|ihb344||||Indel|embryos treated with CRISPR2-jag2b||Yonghua Sun Lab|ZDB-LAB-110721-1|Ambiguous|||2020-10-21
ZDB-ALT-190522-2|ihb345||||Small Deletion|embryos treated with CRISPR1-apc|Wild type TCTGATGGAGTGTGCCTTAGAGGTGCAGAAGgtaagatacatctctgattaattcagtaatcacaatcct >ihb345(-8bp) TCTGATGGAGTGTGCCTTAGAAGgtaagatacatctctgattaattcagtaatcacaatcct|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 10|||2020-10-21
ZDB-ALT-190522-3|ihb346||||Small Deletion|embryos treated with CRISPR1-apc|>Wild type TCTGATGGAGTGTGCCTTAGAGGTGCAGAAGgtaagatacatctctgattaattcagtaatcacaatcct >ihb346(-9bp，splice-site alterations) TCTGATGGAGTGTGCCTTAGAGGTaagatacatctctgattaattcagtaatcacaatcct|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 10|||2020-10-21
ZDB-ALT-190524-2|ihb347||||Small Deletion|embryos treated with CRISPR2-apc|>Wild type GTCCTGAGTGCCCTTTGGAACTTGTCGGCTCACTGCACTGAAAACAAA >ihb347(-5bp) GTCCTGAGTGCCCTTTGGAACGGCTCACTGCACTGAAAACAAA|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 10|||2020-10-21
ZDB-ALT-190612-1|ihb348||||Small Deletion|embryos treated with TALEN3-lhb|16bp of "GACCACCATCTGCAGC" deletion from position 150bp exon2 of wild-type lhb coding sequence|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 13|||2020-10-21
ZDB-ALT-190612-2|ihb349||||Small Deletion|embryos treated with TALEN3-lhb|8bp of "ATCTGCAG" deletion from position 157bp exon2 of wild-type lhb coding sequence|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 13|||2020-10-21
ZDB-ALT-140623-6|ihb35||||Small Deletion|embryos treated with TALEN|This mutant contains a deletion from bp277 to 283 of the wildtype socs3a coding sequence, CCAAGGT, is deleted. The mutated socs3a codes for a protein containing 62 aa, in which only the sequence of the first 31 aa is identical to wildtype socs3a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 3|||2020-10-21
ZDB-ALT-190612-3|ihb350||||Small Deletion|embryos treated with TALEN1-star|1bp of "A" deletion at position 96bp exon2 of wild-type star coding sequence|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 8|||2020-10-21
ZDB-ALT-190621-4|ihb351||||Indel|embryos treated with CRISPR1-fshb||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 7|||2020-10-21
ZDB-ALT-190705-4|ihb352||||Indel|embryos treated with CRISPR2-il6|Between 194 bp to 196 bp of the wild-type il6 coding sequence, TGT, is mutated into G. The mutated il6 codes for a truncated protein containing 76 aa, 64 aa of which is identical to wildtype il6.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-190705-5|ihb353||||Indel|embryos treated with CRISPR2-il6|Between 193 bp to 204 bp of the wild-type il6 coding sequence, CTGTACAAGGAC, is mutated into GA. The mutated il6 codes for a truncated protein containing 65 aa, 64 aa of which is identical to wildtype il6.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-190705-7|ihb354||||Insertion|embryos treated with CRISPR1-tle3b|A 119-bp fragment is inserted after "CAAGCTCAGTAC"|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-190705-8|ihb355||||Small Deletion|embryos treated with CRISPR1-tle3a||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-190705-9|ihb356||||Insertion|embryos treated with CRISPR1-tle3a, CRISPR1-tle3b|"C" is inserted after "TCTAGCCCAGATT"|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-190705-10|ihb357||||Indel|embryos treated with TALEN|Between 32bp to 34bp of the wild-type insra coding sequence, CGTCTGTCTACAC is mutanted to TTT in exon 1|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 2|||2020-10-21
ZDB-ALT-190705-11|ihb358||||Small Deletion|embryos treated with TALEN|Between 26 bp to 35 bp of the wild-type insrb coding sequence, TTTTGGTCAC is deleted in exon 1.|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 22|||2020-10-21
ZDB-ALT-190705-12|ihb359||||Small Deletion|embryos treated with CRISPR2-il6|193 bp to 212 bp of the wild-type il6 coding sequence, CTGTACAAGGACGTGAAGAC, is deleted. The mutated il6 codes for a truncated protein containing 70 aa, 64 aa of which is identical to wildtype il6.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-140623-7|ihb36||||Small Deletion|embryos treated with TALEN|This mutant contains a deletion from bp456 to 465 of the wildtype socs3b coding sequence, CAAACTGCAG, is deleted. The mutated socs3b codes for a protein containing 52 aa, in which only the sequence of the first 44 aa is identical to wildtype socs3b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 12|||2020-10-21
ZDB-ALT-190731-1|ihb360||||Small Deletion|embryos treated with CRISPR1-nr6a1a||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-190830-8|ihb361||||Small Deletion|embryos treated with CRISPR2-amh|8bp deleted, 8bp of "AGGAGGGA"|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 22|||2020-10-21
ZDB-ALT-190830-9|ihb362||||Small Deletion|embryos treated with CRISPR1-ints12|8bp deleted, 8bp of "GTGTGGTT"|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 1|||2020-10-21
ZDB-ALT-190830-10|ihb363||||Small Deletion||13bp deleted, 13bp of "GGTCTTGCTTGTG"|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 1|||2020-10-21
ZDB-ALT-190830-11|ihb364||||Small Deletion|embryos treated with CRISPR1-hsd17b12a|8bp deleted, 8bp of "AACGGGGA"|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-190830-12|ihb365||||Insertion|embryos treated with CRISPR1-hsd17b12a|7bp, GAGATCA, inserted|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-190910-4|ihb366||||Small Deletion|embryos treated with CRISPR1-abcc4|Between 888 bp to 892 bp of the wild-type abcc4 coding sequence, CATGC , is deleted in exon 7.|Cui Lab|ZDB-LAB-131112-1|Unmapped|||2020-10-21
ZDB-ALT-190910-5|ihb367Tg||||Transgenic Insertion|embryos treated with DNA||Cui Lab|ZDB-LAB-131112-1|Unmapped|Tg(Cca.Actb:abcc4-FLAG)|ZDB-TGCONSTRCT-190910-3|2020-10-21
ZDB-ALT-191107-2|ihb368||||Small Deletion|embryos treated with CRISPR4-polq|between 1107bp to 1135bp of the wild-type polq coding sequence, GGAGGCAGGGATCAGGGTGGAGGGATATA, is deleted from exon6|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-191107-3|ihb369||||Small Deletion|embryos treated with TALEN1-ppp2r3a|between 2742 bp to 2745 bp of the wild-type ppp2r3a coding sequence, CCGC, is deleted from exon3|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 2|||2020-10-21
ZDB-ALT-191107-4|ihb370||||Small Deletion|embryos treated with TALEN1-ppp2r3a|between 2741 bp to 2747 bp of the wild-type ppp2r3a coding sequence, CCCGCGG, is deleted from exon3|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 2|||2020-10-21
ZDB-ALT-191113-1|ihb371Tg||||Transgenic Insertion|embryos treated with DNA||Cui Lab|ZDB-LAB-131112-1|Unmapped|Tg(Cca.Actb:GCaMP6s)|ZDB-TGCONSTRCT-191113-1|2020-10-21
ZDB-ALT-191205-1|ihb372||||Insertion|embryos treated with CRISPR1-kcnj2a||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-191210-1|ihb373Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(zp3:Gra.zp2.4-2A-GFP)|ZDB-TGCONSTRCT-191210-1|2020-10-21
ZDB-ALT-191212-3|ihb374||||Small Deletion|embryos treated with CRISPR3-gper1|Between 269 bp to 275 bp of the wild-type gper1 coding sequence, ATCTTAT was deleted from exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-191230-4|ihb375||||Insertion|embryos treated with CRISPR2-elovl4b||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-191230-5|ihb376||||Small Deletion|embryos treated with CRISPR1-acox1||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-191230-6|ihb377||||Small Deletion|embryos treated with CRISPR1-crfb4|5bp(CAGTG) has been deleted from exon3|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-191230-7|ihb378||||Insertion||1bp(G) has been inserted between 337bp to 338bp in exon3|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200103-1|ihb379||||Indel|embryos treated with CRISPR1-narfl|5bp deletion plus 4bp insertion  in Exon 5|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-141121-1|ihb37Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(kop:KALTA4-UTR-nanos1)|ZDB-TGCONSTRCT-141117-2|2020-10-21
ZDB-ALT-200114-2|ihb380||||Small Deletion|embryos treated with CRISPR4-junba|11bp deleted，Between 668bp to 679bp of the wild-type junba coding sequence, CGCCTCCTTAC is deleted in exon1|Cui Lab|ZDB-LAB-131112-1|Unmapped|||2020-10-21
ZDB-ALT-200114-3|ihb381||||Small Deletion|embryos treated with CRISPR8-junbb|5bp deleted, 127bp to 132 bp of the wild-type junbb coding sequence, CCGCC is deleted in exon1|Cui Lab|ZDB-LAB-131112-1|Unmapped|||2020-10-21
ZDB-ALT-200429-3|ihb382||||Small Deletion|embryos treated with CRISPR1-morc2|Between 160 bp to 177 bp of the wild-type morc2 coding sequence, AGAGACCGGACCTGAGA, 17bp were deleted in exon 5.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-200429-4|ihb383||||Small Deletion|embryos treated with CRISPR1-morc2||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-200429-5|ihb384||||Indel|embryos treated with CRISPR2-kras|Between 151 bp to 154 bp of the wild-type kras coding sequence, TGTC is mutanted to GAGAGACG in exon 3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-200429-6|ihb385||||Indel|embryos treated with CRISPR2-kras|Between 150 bp to 157 bp of the wild-type kras coding sequence, GTGTCTA is mutanted to ATC in exon 3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-200429-7|ihb386||||Small Deletion|embryos treated with CRISPR1-bicd2|Between 268 bp to 271 bp of the wild-type bicd2 coding sequence, AGAA is deleted in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200429-8|ihb387||||Insertion|embryos treated with CRISPR1-bicd2|In 269 bp of the wild-type bicd2 coding sequence, G is inserted in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200519-12|ihb388||||Indel|embryos treated with CRISPR1-kcnj2b|Between 23 bp to 26 bp of the wild-type kcnj2b coding sequence, GATA is mutanted to ATAGGGGGCACT in exon 1|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200519-13|ihb389||||Small Deletion|embryos treated with CRISPR1-kcnj2b|Between 22 bp to 26 bp of the wild-type kcnj2b coding sequence, CGATA  is deleted in exon 1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-141121-2|ihb38Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:zCas9-UTR-nanos1)|ZDB-TGCONSTRCT-141121-1|2020-10-21
ZDB-ALT-141121-3|ihb39||||Small Deletion|embryos treated with CRISPR1-lbx2|193 bp to 199 bp of the wildtype lbx2 coding sequence, GGGTGCT, is deleted. The mutated lbx2 codes for a truncated protein containing 66 aa, 64 aa of which is identical to wildtype lbx2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 14|||2020-10-21
ZDB-ALT-200519-14|ihb390||||Small Deletion|embryos treated with CRISPR2-foxo1a|8 bp(AGCTCCGC)has been deleted from exon1|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200519-15|ihb391||||Small Deletion|embryos treated with CRISPR2-foxo1a|between 539 bp to 542 bp (CCGC) has been deleted from exon1|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200519-16|ihb392||||Small Deletion|embryos treated with CRISPR5-lrp1ab|11 bp (TGGACTGGATG) has been deleted from exon 12|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-180523-1|ihb393||||Small Deletion|embryos treated with CRISPR1-stat5a||Gui Lab|ZDB-LAB-111031-1|Chr: 3|||2020-10-21
ZDB-ALT-180523-2|ihb394|||stat5.1 delta16|Small Deletion|embryos treated with CRISPR1-stat5a||Gui Lab|ZDB-LAB-111031-1|Chr: 3|||2020-10-21
ZDB-ALT-180523-3|ihb395|||stat5.2 delta5|Small Deletion|embryos treated with TALEN1-stat5b||Gui Lab|ZDB-LAB-111031-1|Ambiguous|||2020-10-21
ZDB-ALT-180523-4|ihb396|||stat5.1 delta 13|Small Deletion|embryos treated with CRISPR1-stat5a||Gui Lab|ZDB-LAB-111031-1|Ambiguous|||2020-10-21
ZDB-ALT-180328-1|ihb397||||Small Deletion|embryos treated with CRISPR1-amh||Gui Lab|ZDB-LAB-111031-1|Chr: 22|||2020-10-21
ZDB-ALT-180328-2|ihb398||||Insertion|embryos treated with CRISPR1-amh||Gui Lab|ZDB-LAB-111031-1|Chr: 22|||2020-10-21
ZDB-ALT-180328-3|ihb399||||Small Deletion|embryos treated with CRISPR1-dmrt1||Gui Lab|ZDB-LAB-111031-1|Chr: 5|||2020-10-21
ZDB-ALT-080214-4|ihb3Tg|||Tg(CMV:lox71-EGFP)ihb3, Tg(CMV:lox71-EGFP)zf76, zf76|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(CMV:lox71-EGFP)|ZDB-TGCONSTRCT-080214-3|2020-10-21
ZDB-ALT-141121-4|ihb40||||Small Deletion|embryos treated with CRISPR1-lbx2|176 bp to 192 bp of the wildtype lbx2 coding sequence, GTTTGTGCCCTCCGCGG, is deleted. The mutated lbx2 codes for a truncated protein containing 91 aa, 58 aa of which is identical to wildtype lbx2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 14|||2020-10-21
ZDB-ALT-180328-4|ihb400||||Indel|embryos treated with CRISPR1-dmrt1||Gui Lab|ZDB-LAB-111031-1|Chr: 5|||2020-10-21
ZDB-ALT-160408-4|ihb401Tg||||Transgenic Insertion|embryos treated with DNA||Gui Lab|ZDB-LAB-111031-1|Unmapped|Tg(dmrta2:RTTA,CMV:MYC-dmrta2_R106Q)|ZDB-TGCONSTRCT-160408-4|2020-10-21
ZDB-ALT-160408-5|ihb402Tg||||Transgenic Insertion|embryos treated with DNA||Gui Lab|ZDB-LAB-111031-1|Unmapped|TgBAC(cdkn2c:EGFP)|ZDB-TGCONSTRCT-160408-10|2020-10-21
ZDB-ALT-160408-6|ihb403Tg||||Transgenic Insertion|embryos treated with DNA||Gui Lab|ZDB-LAB-111031-1|Unmapped|TgBAC2(cdkn2c:EGFP)|ZDB-TGCONSTRCT-160408-11|2020-10-21
ZDB-ALT-170405-1|ihb404||||Insertion|embryos treated with CRISPR1-foxo3b||Xiao Lab|ZDB-LAB-101011-1|Chr: 20|||2020-10-21
ZDB-ALT-200520-3|ihb405||||Small Deletion|embryos treated with CRISPR5-lrp1ab|10 bp (ACTGGATGGG) has been deleted from exon 12|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200604-1|ihb406||||Insertion|embryos treated with CRISPR3-il10rb|1. Mutation Details: CACATGCAGAAGTGGCTGACGGTGTGTGAGGATCAGGAACTTCAGGACAGGACGGCACCACAGGACCACTCAGATATCTGGACAGATGAAGACTGAGGAGGAGCTCTGCTGTCTACCTGAGCAGTGGAAACACTCCTGAAGGAGAGAGAGAGTGTGTGTGTGTGTGTGTGTGGAGGAGCAGCG,（+136bp）|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200604-2|ihb407||||Small Deletion|embryos treated with CRISPR3-il10rb|Mutation Details: CACATGCAGAAGTGGCTGACGGTGTGTG--------GAGGAGCAGCGCTGCGACTTCACC （-8bp）|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200609-4|ihb408||||Small Deletion|embryos treated with TALEN1-pomca|GTTGGGAAAATGCCCGCTGTC - - - - - - - - AGCACAGAGGAGAACATCTTGGTG|Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 17|||2020-10-21
ZDB-ALT-200609-5|ihb409||||Insertion|embryos treated with TALEN1-pomca||Zhan Yin Lab|ZDB-LAB-110330-2|Unmapped|||2020-10-21
ZDB-ALT-150115-2|ihb41||||Insertion|embryos treated with CRISPR1-ca15b|Between 255 bp and 256 bp of the wild-type ca15b coding sequence, a “C” is inserted. The mutated ca15b codes for a truncated protein containing 90 aa, 85 aa of which are identical to wild-type ca15b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 12|||2020-10-21
ZDB-ALT-200609-6|ihb410||||Small Deletion|embryos treated with TALEN2-pomca||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 17|||2020-10-21
ZDB-ALT-200609-8|ihb411||||Indel|||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 17|||2020-10-21
ZDB-ALT-200609-9|ihb412||||Insertion|embryos treated with TALEN3-pomca||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 1|||2020-10-21
ZDB-ALT-200609-10|ihb413||||Small Deletion|embryos treated with TALEN1-pomcb||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 20|||2020-10-21
ZDB-ALT-200701-1|ihb414||||Small Deletion|embryos treated with CRISPR1-flrt2|Between 286bp to 289 bp of the wild-type flrt2 coding sequence, TACG, is deleted in exon 1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200701-2|ihb415||||Small Deletion|embryos treated with CRISPR1-flrt2|Between 276bp to 285 bp of the wild-type flrt2 coding sequence, GGTTTACCTGTACGGGAATC, is deleted in exon 1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200707-13|ihb416||||Small Deletion|embryos treated with TALEN1-igfbp2a||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 6|||2020-10-21
ZDB-ALT-200707-14|ihb417||||Small Deletion|embryos treated with TALEN1-igfbp2b||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 9|||2020-10-21
ZDB-ALT-200707-15|ihb418||||Small Deletion|embryos treated with TALEN1-igfbp2b||Zhan Yin Lab|ZDB-LAB-110330-2|Chr: 9|||2020-10-21
ZDB-ALT-200723-4|ihb419||||Small Deletion|embryos treated with CRISPR1-foxp3a|Between 420 bp to 424 bp of the wild-type foxp3a coding sequence, GAATC are deleted in exon 5.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-150115-3|ihb42||||Small Deletion|embryos treated with CRISPR1-ca15b|Between 255 bp to 261 bp of the wild-type ca15b coding sequence, GCGTGTG, is deleted. The mutated ca15b codes for a truncated protein containing 127 aa, 84 aa of which is identical to wild-type ca15b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 12|||2020-10-21
ZDB-ALT-200723-5|ihb420||||Small Deletion|embryos treated with CRISPR1-il12a|Between 311 bp to 318 bp of the wild-type il12a coding sequence, ACATCAGA are deleted in exon 3.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200723-6|ihb421||||Insertion|embryos treated with CRISPR5-tgfb1b|Between 471 bp to 472 bp of the wild-type tgfb1b coding sequence, GATTCAG are inserted in exon 2|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200723-7|ihb422||||Small Deletion|embryos treated with CRISPR1-il10|Between 118 bp to 125 bp of the wild-type il10 coding sequence, TTAAGACT are deleted in exon 1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200728-1|ihb423||||Small Deletion|embryos treated with CRISPR7-egr1|20bp deleted，Between 134bp to 154bp of the wild-type egr1 coding sequence, TTCTCAACGCCACAGCACCT is deleted in exon1.|Cui Lab|ZDB-LAB-131112-1|Unmapped|||2020-10-21
ZDB-ALT-200728-2|ihb424||||Indel|embryos treated with CRISPR7-egr1|8bp deleted and 3bp inserted，Between 134bp to 144bp of the wild-type egr1 coding sequence, TTCTCAAC is mutated to GCA in exon1.|Cui Lab|ZDB-LAB-131112-1|Unmapped|||2020-10-21
ZDB-ALT-200804-3|ihb425||||Small Deletion|embryos treated with CRISPR3-sox3|"CAGCGGA" deletion|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200804-4|ihb426||||Indel|embryos treated with CRISPR1-sox19b|"TCA" mutated to "AGGAAGAG"|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200811-3|ihb427Tg||||Transgenic Insertion|embryos treated with DNA||Cui Lab|ZDB-LAB-131112-1|Unmapped|Tg(Cca.Actb:cyp51-GFP)|ZDB-TGCONSTRCT-200811-3|2020-10-21
ZDB-ALT-200825-4|ihb428||||Indel|embryos treated with CRISPR1-hoxa2b|between 221 bp to 223 bp (CTA) of exon 1 is mutated into TC|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200924-5|ihb429||||Small Deletion|embryos treated with CRISPR1-hoxa2b|8 bp (CTAATGGC) has been deleted from exon 1|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200924-2|ihb430||||Small Deletion|embryos treated with CRISPR1-hoxa9b|8 bp (GTGCGTCC) has been deleted from exon 1|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200924-4|ihb431||||Small Deletion|embryos treated with CRISPR1-hoxa9b|10 bp (CCCTGGGCGT) has been deleted from exon 1|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200924-6|ihb432||||Small Deletion|embryos treated with CRISPR1-hoxa10b|between 459 bp to 462 bp (GTCT) of exon 1 has been deleted|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200924-7|ihb433||||Small Deletion|embryos treated with CRISPR1-hoxa10b|76 bp, between 437 bp to 512 bp, has been deleted from exon 1|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200924-8|ihb434||||Small Deletion|embryos treated with CRISPR1-hoxa11b|5 bp (ATCCA) has been deleted from exon 1|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200924-9|ihb435||||Small Deletion|embryos treated with CRISPR1-hoxa11b|10 bp (TGTCCAATCC) has been deleted from exon 1|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200911-5|ihb436||||Small Deletion|embryos treated with CRISPR1-nr1d1||Cui Lab|ZDB-LAB-131112-1|Chr: 3|||2020-10-21
ZDB-ALT-200929-6|ihb437||||Indel||Between 233 bp to 235 bp of the wild-type ednrba coding sequence, TCA are mutanted to G in exon 1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200929-8|ihb438||||Insertion|embryos treated with CRISPR2-flt4|In 2040 bp of the wild-type  flt4 coding sequence, GTGAAAACATTCGA are inserted in exon 13.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200929-9|ihb439||||Small Deletion|embryos treated with CRISPR2-flt4|Between 2040 bp and 2044bp of the wild-type  flt4 coding sequence, AACCG are deleted in exon 13|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-150414-4|ihb43Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(kop:LOXP-SV40-LOXP-bbc3-UTR-nanos3,CMV:EGFP)|ZDB-TGCONSTRCT-150414-4|2020-10-21
ZDB-ALT-150423-1|ihb44||||Insertion|embryos treated with CRISPR1-nod1|590 bp to 595 bp of the wildtype nod1 coding sequence, TCATCA, is inserted into GATGACGC. The mutated nod1 codes for a truncated protein containing 196 aa, all of which is identical to wildtype nod1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 16|||2020-10-21
ZDB-ALT-200929-10|ihb440||||Small Deletion|embryos treated with CRISPR2-pdgfrb|Between 703 bp and 707bp of the wild-type  pdgfrb coding sequence, TTCTC are deleted in exon 4.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-200929-7|ihb441||||Small Deletion|embryos treated with CRISPR1-ednrba|In 233 bp of the wild-type ednrba coding sequence, T is deleted in exon 1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201013-1|ihb442||||Small Deletion|embryos treated with CRISPR2-ace2|13bp deletion, Between 147bp to 160 bp of the wild-type usp16 coding sequence, TATGGGAAACAGA is deleted in exon 8.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201013-2|ihb443||||Insertion|embryos treated with CRISPR2-crb1|5bp insertion，Between 98bp to 99bp of the wild-type crb1 coding sequence in exon3, TGAAC is inserted.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201013-3|ihb444||||Indel|embryos treated with CRISPR2-crb1|10bp deletion and 2bp insertion，Between 88bp to 98bp of the wild-type crb1 coding sequence in exon3, CGTGCACATG is mutated to AC.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201013-4|ihb445||||Small Deletion|embryos treated with CRISPR2-kcnj6|5bp deletion，Between 326bp to 331 bp of the wild-type kcnj6 coding sequence, ACATT is deleted in exon1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201013-5|ihb446||||Small Deletion|embryos treated with CRISPR2-kcnj6|10bp deletion，Between 330bp to 340bp of the wild-type kcnj6 coding sequence, TCGAGGAGAT is deleted in exon1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201013-6|ihb447||||Small Deletion|embryos treated with CRISPR1-usp16|5bp deletion，Between 145bp to 150 bp of the wild-type usp16 coding sequence, CTGTG is deleted in exon5.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201013-7|ihb448||||Indel|embryos treated with CRISPR1-usp16|12bp deletion and 5bp insertion，Between 145bp to 150 bp of the wild-type usp16 coding sequence in exon5, GAAGCTCAGCTG is mutated to CCGCA.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201013-8|ihb449||||Small Deletion|embryos treated with CRISPR1-ace2|5bp deletion，Between 137bp to 142 bp of the wild-type ace2 coding sequence, CCGCA is deleted in exon 8.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-150423-3|ihb45||||Insertion|embryos treated with CRISPR1-ripk2|Between 103 bp and 104 bp of the wildtype ripk2 coding sequence, a “A” is inserted. The mutated ripk2 codes for a truncated protein containing 48 aa, 34 aa of which is identical to wildtype ripk2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 2|||2020-10-21
ZDB-ALT-201013-13|ihb450Tg||||Transgenic Insertion|embryos treated with DNA||Cui Lab|ZDB-LAB-131112-1|Unmapped|Tg(Cca.Actb:cyp51-GFP)|ZDB-TGCONSTRCT-200811-3|2020-10-21
ZDB-ALT-201014-2|ihb451||||Small Deletion|embryos treated with CRISPR2-sox2|4bp deleted，Between 153bp to 157bp of the wild-type sox2 coding sequence, ACAG is deleted in exon1.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201015-1|ihb452||||Indel|embryos treated with CRISPR4-pdgfrb|Between 691 bp and 706 bp of the wild-type  pdgfrb coding sequence, GAGCTGGTCTTCTTCT are mutanted to GAGAAG in exon 4. 16bp deletion and 6bp insertion|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201015-2|ihb453||||Small Deletion|embryos treated with CRISPR1-il15ra|Between 233 bp to 249 bp of the wild-type il15ra coding sequence, GGACATCAGCTCTTCCT is deleted in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201015-4|ihb454||||Small Deletion|embryos treated with CRISPR1-cd80|Between 532 bp to 539 bp of the wild-type CD80 coding sequence, GACAGCTC is deleted in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201015-3|ihb455||||Indel|embryos treated with CRISPR1-cd80/86|Between 471 bp to 485 bp of the wild-type CD80/86 coding sequence, GGCAGCGGGCGGGTA is deleted in exon 2, and between 485 bp to 486 bp the wild-type CD80/86 coding sequence, AGCA is inserted in exon 2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-201021-3|ihb456||||Small Deletion|embryos treated with CRISPR1-cd80|Between 526 bp to 538 bp of the wild-type CD80 coding sequence, CTTGACGACAGCT is deleted|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-150423-4|ihb46||||Indel|embryos treated with CRISPR1-ripk2|Between 73 bp and 74 bp of the wildtype ripk2 coding sequence, ACCGGTGATCCCGT, is inserted, while 93 bp to 103 bp of the wildtype ripk2 coding sequence, GCACTACATCA, is deleted. The mutated ripk2 codes for a truncated protein containing 32 aa, 24 aa of which is identical to wildtype ripk2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 2|||2020-10-21
ZDB-ALT-150423-5|ihb47||||Indel|embryos treated with CRISPR1-ripk2|102 bp to 103 bp of the wildtype ripk2 coding sequence, CA, is mutated into T. The mutated ripk2 codes for a truncated protein containing 58 aa, 33 aa of which is identical to wildtype ripk2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 2|||2020-10-21
ZDB-ALT-150115-4|ihb48||||Small Deletion|embryos treated with CRISPR1-nlrc5|G85 of the wildtype nlcr5 coding sequence is deleted. The mutated nlrc5 codes for a truncated protein containing 52 aa, 28 aa of which is identical to wildtype nlrc5.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 18|||2020-10-21
ZDB-ALT-150423-6|ihb49||||Indel|embryos treated with CRISPR1-nlrc5||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 18|||2020-10-21
ZDB-ALT-180927-4|ihb493||||Insertion|embryos treated with CRISPR1-slbp2||Gui Lab|ZDB-LAB-111031-1|Chr: 21|||2020-10-21
ZDB-ALT-180927-5|ihb494||||Small Deletion|embryos treated with CRISPR1-slbp||Gui Lab|ZDB-LAB-111031-1|Chr: 14|||2020-10-21
ZDB-ALT-180927-6|ihb495||||Small Deletion|embryos treated with TALEN1-pclaf,cntn1a||Gui Lab|ZDB-LAB-111031-1|Chr: 25|||2020-10-21
ZDB-ALT-180927-7|ihb496||||Small Deletion|embryos treated with TALEN1-pclaf,cntn1a||Gui Lab|ZDB-LAB-111031-1|Chr: 25|||2020-10-21
ZDB-ALT-191118-4|ihb497||||Indel|embryos treated with CRISPR5-tnfa|Nucleotides of AAA in exon1  in wild-type  are mutated to GG|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-191203-2|ihb498||||Small Deletion|embryos treated with CRISPR1-braf|Between 846 bp to 855 bp of the wild-type braf coding sequence, CAGCACGGAG was deleted in exon 6.|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-191203-3|ihb499||||Insertion|embryos treated with CRISPR3-gper1|Between 278 bp to 279 bp of the wild-type gper1 coding sequence, TTGGGTGGGTTTG was inserted in exon 2|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-110825-1|ihb4Tg|||Tg(-1.9mylpfa:fsta,krt8:EGFP)ihb4|Transgenic Insertion|embryos treated with DNA||Zhan Yin Lab|ZDB-LAB-110330-2|Unmapped|Tg(-1.9mylpfa:fsta,krt8:EGFP)|ZDB-TGCONSTRCT-110825-1|2020-10-21
ZDB-ALT-191203-4|ihb500||||Small Deletion|embryos treated with CRISPR1-kcnj2a|Between 226 bp to 227 bp of the wild-type kcnj2a coding sequence, TG was deleted in exon 1|Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-170215-6|ihb504||||Small Deletion|embryos treated with CRISPR1-akt2||Xiao Lab|ZDB-LAB-101011-1|Chr: 18|||2020-10-21
ZDB-ALT-170215-7|ihb505||||Insertion|embryos treated with CRISPR1-akt2||Xiao Lab|ZDB-LAB-101011-1|Chr: 18|||2020-10-21
ZDB-ALT-180803-1|ihb506||||Small Deletion|embryos treated with TALEN1-kmt2a|the 4bp sequence GAAA was deleted in exon1|Xiao Lab|ZDB-LAB-101011-1|Chr: 15|||2020-10-21
ZDB-ALT-180803-2|ihb507||||Small Deletion|embryos treated with CRISPR1-kmt2a|the 29bp CCCAACCATCCTACCAGACCCACCAAGAA sequence was deleted in exon5|Xiao Lab|ZDB-LAB-101011-1|Chr: 15|||2020-10-21
ZDB-ALT-180808-2|ihb508||||Small Deletion|embryos treated with CRISPR1-ell||Xiao Lab|ZDB-LAB-101011-1|Chr: 22|||2020-10-21
ZDB-ALT-141007-2|ihb50Tg|||CZ104|Transgenic Insertion|embryos treated with DNA||Gui Lab|ZDB-LAB-111031-1|Unmapped|Tg(Eco.Tshb:EGFP)|ZDB-TGCONSTRCT-141007-2|2020-10-21
ZDB-ALT-150423-7|ihb51||||Insertion|embryos treated with CRISPR1-nlrc5|Between 85 bp and 86 bp of the wildtype nlcr5 coding sequence, AGTA, is inserted. The mutated nlrc5 codes for a truncated protein containing 29 aa, 28 aa of which is identical to wildtype nlrc5.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 18|||2020-10-21
ZDB-ALT-150424-1|ihb52||||Insertion|embryos treated with CRISPR1-nod1|Between 591 bp and 592 bp of the wildtype nod1 coding sequence, a “A” is inserted. The mutated nod1 codes for a truncated protein containing 200 aa, 197 aa of which is identical to wildtype nod1|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 16|||2020-10-21
ZDB-ALT-150928-7|ihb53||||Small Deletion|embryos treated with CRISPR1-cadm1a|Between 149 bp to 152 bp of the wild-type cadm1a coding sequence, TG, is deleted. The mutated cadm1a codes for a truncated protein containing 63 aa, of which 49 aa are identical to wildtype cadm1a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-150928-8|ihb54||||Small Deletion|embryos treated with CRISPR1-cadm1a|Between 150 bp to 155 bp of the wild-type cadm1a coding sequence, GGAA, is deleted. The mutated cadm1a codes for a truncated protein containing 55 aa, of which 49 aa are identical to wildtype cadm1a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-150928-9|ihb55||||Indel|embryos treated with CRISPR1-cadm1a|149 bp to 151 bp of the wildtype cadm1a coding sequence, TGG, is mutated into ACAGCCTACT. The mutated cadm1a codes for a truncated protein containing 66 aa, of which 49 aa are identical to wildtype cadm1a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-200114-1|ihb550Gt|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA|Insertion of the transposon into the tmbim3a/grinaa locus would produce a fused transcript containing the second exon of tmbim3a/grinaa and the RFP coding sequence in the mutants.; This line carries a Tol2 transposon in the second
intron of the tmbim3a/grinaa gene.|Cui Lab|ZDB-LAB-131112-1|Unmapped|Gt(GBT-rp2)|ZDB-GTCONSTRCT-111117-2|2020-10-21
ZDB-ALT-150929-1|ihb56||||Small Deletion|embryos treated with CRISPR1-fundc2|Between 136 bp to 144 bp of the wild-type fundc2 coding sequence, TGGCCAT, is deleted. The mutated fundc2 codes for a truncated protein containing 48 aa, 45 aa of which is identical to wildtype fundc2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-150929-2|ihb57|||ihb57Tg|Small Deletion|embryos treated with CRISPR1-fundc2|Between 117 bp to 144 bp of the wild-type fundc2 coding sequence, TACTCTGTGGCCACACAGCTGGCCAT, is deleted. The mutated fundc2 codes for a truncated protein containing 78 aa, 39 aa of which is identical to wildtype fundc2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-150929-3|ihb58|||ihb58Tg|Indel|embryos treated with CRISPR1-fundc2|140 bp to 146 bp of the wild-type fundc2 coding sequence, CATTG, is mutated into GAGT. The mutated fundc2 codes for a truncated protein containing 50 aa, 46 aa of which are identical to wildtype fundc2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-150930-2|ihb59||||Small Deletion|embryos treated with CRISPR1-pclaf|Between 313 bp to 331 bp of the wild-type KIAA0101 coding sequence, GATCCTCGAACGCGCAG, is deleted. The mutated KIAA0101 codes for a truncated protein containing 114 aa, 104 aa of which are identical to wildtype KIAA0101.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-120719-1|ihb5Tg|||Tg(-2.5tshb:EGFP)ihb5|Transgenic Insertion|embryos treated with DNA||Zhan Yin Lab|ZDB-LAB-110330-2|Unmapped|Tg(-2.5tshb:EGFP)|ZDB-TGCONSTRCT-120719-1|2020-10-21
ZDB-ALT-150930-3|ihb60||||Small Deletion|embryos treated with CRISPR1-pclaf|Between 328 bp to 348 bp of the wild-type KIAA0101 coding sequence, AGAGCGGCAGCGCGCAGTC, is deleted. The mutated KIAA0101 codes for a prolonged protein containing 302 aa, 109 aa of which are identical to wildtype KIAA0101.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 25|||2020-10-21
ZDB-ALT-190318-1|ihb601|||-7 +2 scg2a|Indel|embryos treated with TALEN1-scg2a||Wei Hu lab|ZDB-LAB-110815-1|Chr: 15|||2020-10-21
ZDB-ALT-190318-2|ihb602|||-7 scg2a|Small Deletion|embryos treated with TALEN1-scg2a||Wei Hu lab|ZDB-LAB-110815-1|Chr: 15|||2020-10-21
ZDB-ALT-190318-3|ihb603|||-5 +7 scg2b|Indel|embryos treated with TALEN1-scg2b||Wei Hu lab|ZDB-LAB-110815-1|Chr: 2|||2020-10-21
ZDB-ALT-190318-4|ihb604|||-10 scg2b|Small Deletion|embryos treated with TALEN1-scg2b||Wei Hu lab|ZDB-LAB-110815-1|Chr: 2|||2020-10-21
ZDB-ALT-200803-2|ihb605||||Small Deletion|embryos treated with CRISPR1-gnrh3||Wei Hu lab|ZDB-LAB-110815-1|Chr: 17|||2020-10-21
ZDB-ALT-200804-1|ihb606Tg||||Transgenic Insertion|embryos treated with DNA||Wei Hu lab|ZDB-LAB-110815-1|Unmapped|Tg(CMV:gnrh3,CMV:RFP)|ZDB-TGCONSTRCT-200803-1|2020-10-21
ZDB-ALT-151023-1|ihb61||||Small Deletion|embryos treated with CRISPR1-lhx2b|Between 240 bp to 258 bp of the wild-type lhx2b coding sequence, GTGGCTCTGTGCGCCGG, is deleted. The mutated lhx2b codes for a truncated protein containing 108 aa, 80 aa of which are identical to wildtype lhx2b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 8|||2020-10-21
ZDB-ALT-151023-2|ihb62||||Small Deletion|embryos treated with CRISPR1-lhx2b|Between 247 bp to 252 bp of the wild-type lhx2b coding sequence, TGTG, is deleted. The mutated lhx2b codes for a truncated protein containing 107 aa, 82 aa of which are identical to wildtype lhx2b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 8|||2020-10-21
ZDB-ALT-151023-3|ihb63||||Indel|embryos treated with CRISPR1-lhx2b|Between 251 bp and 253 bp of the wildtype lhx2b coding sequence, C, is mutated into GAGGCT. The mutated lhx2b codes for a truncated protein containing 110 aa, 83 aa of which are identical to wildtype lhx2b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 8|||2020-10-21
ZDB-ALT-151023-4|ihb64||||Insertion|embryos treated with CRISPR2-slc45a2|Between 503 bp and 504 bp of the wild-type slc45a2 coding sequence, T, is inserted. The mutated slc45a2 codes for a truncated protein containing 174 aa, 167 aa of which are identical to wildtype slc45a2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-151023-5|ihb65||||Small Deletion|embryos treated with CRISPR2-slc45a2|Between 491 bp and 506 bp of the wild-type slc45a2 coding sequence, CGTGGTGGTGATGT, is deleted. The mutated slc45a2 codes for a truncated protein containing 169 aa, 163 aa of which are identical to wildtype slc45a2.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-180517-4|ihb651||||Insertion|embryos treated with CRISPR6-rela||Xiao Lab|ZDB-LAB-101011-1|Chr: 7|||2020-10-21
ZDB-ALT-180517-5|ihb652||||Small Deletion|embryos treated with CRISPR6-rela||Xiao Lab|ZDB-LAB-101011-1|Chr: 7|||2020-10-21
ZDB-ALT-151023-6|ihb66||||Small Deletion|embryos treated with CRISPR2-slc45a2|Between 496 bp and 510 bp of the wild-type slc45a2 coding sequence, TGGTGATGTTTGG, is deleted. The mutated slc45a2 codes for a truncated protein containing 213 aa, 165 aa of which are identical to wildtype slc45a2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-151023-7|ihb67||||Indel|embryos treated with CRISPR1-akap12b|Between 105 bp and 108 bp of the wild-type akap12b coding sequence, AT, is mutated into TGGAGA. The mutated akap12b codes for a truncated protein containing 49 aa, 35 aa of which are identical to wildtype akap12b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-151023-8|ihb68||||Small Deletion|embryos treated with CRISPR1-akap12b|Between 108 bp and 113 bp of the wild-type akap12b coding sequence, AATG, is deleted. The mutated akap12b codes for a truncated protein containing 56 aa, 36 aa of which are identical to wildtype akap12b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-151023-9|ihb69||||Small Deletion|embryos treated with CRISPR1-akap12b|Between 95 bp and 107 bp of the wild-type akap12b coding sequence, TGCCCCTCAAA, is deleted. The mutated akap12b codes for a truncated protein containing 44 aa, 31 aa of which are identical to wildtype akap12b.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 20|||2020-10-21
ZDB-ALT-121211-1|ihb6Tg|||Tg(zp3:fsta,myl7:EGFP)ihb6|Transgenic Insertion|embryos treated with DNA||Zhan Yin Lab|ZDB-LAB-110330-2|Unmapped|Tg(zp3:fsta,myl7:EGFP)|ZDB-TGCONSTRCT-121211-1|2020-10-21
ZDB-ALT-151116-1|ihb70||||Indel|embryos treated with CRISPR||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 23|||2020-10-21
ZDB-ALT-151116-2|ihb71Tg|||pTol2(CMV:fundc2-SV40)|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(CMV:fundc2-SV40)|ZDB-TGCONSTRCT-151116-1|2020-10-21
ZDB-ALT-151201-3|ihb72||||Indel|embryos treated with CRISPR1-cpamd8||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 22|||2020-10-21
ZDB-ALT-151214-9|ihb73||||Insertion|embryos treated with CRISPR1-pde6c|Between 568 bp to 569 bp of the wild-type pde6c coding sequence, CA, is inserted. The mutated pde6c codes for a truncated protein containing 193 aa, 189 aa of which are identical to wildtype pde6c.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 12|||2020-10-21
ZDB-ALT-151214-10|ihb74||||Insertion|embryos treated with CRISPR1-pde6c|Between 566 bp to 567 bp of the wild-type pde6c coding sequence, GGCAATAAACAATAAACAAACAATAAACAATAAACAATAAACAATAAACAA, is inserted. The mutated pde6c codes for a truncated protein containing 201 aa, 188 aa of which are identical to wildtype pde6c|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 12|||2020-10-21
ZDB-ALT-151214-11|ihb75||||Insertion|embryos treated with CRISPR1-pde6c|Between 568 bp to 569 bp of the wild-type pde6c coding sequence, CAATCAA, is inserted. The mutated pde6c codes for a truncated protein containing 207 aa, 189 aa of which are identical to wildtype pde6c|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 12|||2020-10-21
ZDB-ALT-151215-7|ihb76||||Indel|embryos treated with CRISPR1-rusc2|Between 874 bp to 877 bp of the wild-type rusc2 coding sequence, TGGA, is mutated into ACCAAGTT. The mutated rusc2 codes for a truncated protein containing 296 aa, 291 aa of which are identical to wildtype rusc2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-151215-8|ihb77||||Small Deletion|embryos treated with CRISPR1-rusc2|Between 877 bp to 888 bp of the wild-type rusc2 coding sequence, GTGTGGTTGA, is deleted. The mutated rusc2 codes for a truncated protein containing 311 aa, 292 aa of which are identical to wildtype rusc2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-151215-9|ihb78||||Insertion|embryos treated with CRISPR1-rusc2|Between 877 bp to 878 bp of the wild-type rusc2 coding sequence, T, is inserted. The mutated rusc2 codes for a truncated protein containing 295 aa, 292 aa of which are identical to wildtype rusc2|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 5|||2020-10-21
ZDB-ALT-151217-2|ihb79Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(mylpfa:KALTA4,4xUAS:EGFP)|ZDB-TGCONSTRCT-151217-2|2020-10-21
ZDB-ALT-130128-5|ihb7Tg|||Tg(kop:Cre-UTRnanos3,CMV:EGFP)ihb7|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(kop:Cre-UTR-nanos3,CMV:EGFP)|ZDB-TGCONSTRCT-130128-3|2020-10-21
ZDB-ALT-190923-1|ihb801||||Small Deletion|embryos treated with TALEN1-mgaa||Yuhua Sun Lab|ZDB-LAB-170221-4|Chr: 17|||2020-10-21
ZDB-ALT-190923-2|ihb802||||Small Deletion|embryos treated with CRISPR1-zmynd11||Yuhua Sun Lab|ZDB-LAB-170221-4|Chr: 24|||2020-10-21
ZDB-ALT-190923-3|ihb803||||Insertion|embryos treated with CRISPR1-zmynd11||Yuhua Sun Lab|ZDB-LAB-170221-4|Chr: 24|||2020-10-21
ZDB-ALT-151217-3|ihb80Tg||||Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(tpma:KALTA4,4xUAS:EGFP)|ZDB-TGCONSTRCT-151217-3|2020-10-21
ZDB-ALT-151218-11|ihb81||||Indel|embryos treated with CRISPR1-irf1b|mutation sequence: CCTGGCTGGAGAGCAGGATCGACTCCAACACCATCAATGGACTCATTACAAGGTAAAGCCGAGCGCTGCACA  in exon 1|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-171206-3|ihb815||||Small Deletion|embryos treated with CRISPR1-bloc1s1|Homozygotes die between 7 and 15 dpf.; The bloc1s1 ihb815 allele harbors a 17-bp deletion that includes the splicing donor (SD) site between exon 2 and intron 2, resulting in a new splicing donor site within intron 2 and formation of a chimeric transcript. There is a frameshift after the CRISPR/Cas9 target site, and the presumptive proteins were truncated. The relative mRNA expression level was also significantly reduced in homozygotes, likely through a nonsense-mediated decay mechanism.|Cui Lab|ZDB-LAB-131112-1|Chr: 22|||2020-10-21
ZDB-ALT-171206-4|ihb816||||Small Deletion|embryos treated with CRISPR1-bloc1s1|Homozygotes die between 7 and 15 dpf.; Larvae show same phenotypes as ihb815.|Cui Lab|ZDB-LAB-131112-1|Chr: 22|||2020-10-21
ZDB-ALT-171206-5|ihb817||||Small Deletion|embryos treated with CRISPR1-tfeb||Cui Lab|ZDB-LAB-131112-1|Chr: 11|||2020-10-21
ZDB-ALT-171212-1|ihb818||||Small Deletion|embryos treated with CRISPR2-bloc1s2|homozygotes can survive to adulthood, although with poor growth and low survival rates|Cui Lab|ZDB-LAB-131112-1|Chr: 20|||2020-10-21
ZDB-ALT-171212-2|ihb819||||Small Deletion|embryos treated with CRISPR1-dtnbp1a|homozygotes can survive to adulthood, although with poor growth and low survival rates|Cui Lab|ZDB-LAB-131112-1|Chr: 16|||2020-10-21
ZDB-ALT-151218-2|ihb82||||Small Deletion|embryos treated with CRISPR|Between 216 bp to 224 bp of the wild-type trim47 coding sequence, GATGTGG, is deleted. The mutated trim47 codes for a truncated protein containing 195 aa, of which 479 aa are identical to wildtype trim47.\n|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 10|||2020-10-21
ZDB-ALT-151218-10|ihb83||||Small Deletion|embryos treated with CRISPR|Between 643 bp to 651 bp of the wild-type namptb coding sequence, ACCGTGG, is deleted. The mutated namptb codes for a truncated protein containing 495 aa, of which 498 aa are identical to wildtype namptb.\n|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 11|||2020-10-21
ZDB-ALT-151218-12|ihb84||||Insertion|embryos treated with CRISPR1-cpamd8||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 22|||2020-10-21
ZDB-ALT-151218-13|ihb85||||Insertion|||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 21|||2020-10-21
ZDB-ALT-160111-1|ihb86||||Small Deletion|embryos treated with CRISPR|Between 215 bp to 221 bp of the wild-type trim47 coding sequence, TGATG, is deleted. The mutated trim47 codes for a truncated protein containing 78 aa, of which 479 aa are identical to wildtype trim47.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 10|||2020-10-21
ZDB-ALT-160111-2|ihb87||||Insertion|embryos treated with CRISPR1-nhsa|Between 1302 bp to 1303 bp of the wild-type nhsa coding sequence, GAGTCAT, is inserted. The mutated nhsa codes for a truncated protein containing 436 aa, 434 aa of which are identical to wildtype nhsa|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 23|||2020-10-21
ZDB-ALT-160111-3|ihb88||||Small Deletion|embryos treated with CRISPR1-nhsa|Between 1303 bp to 1306 bp of the wild-type nhsa coding sequence, GATG, is deleted. The mutated nhsa codes for a truncated protein containing 465 aa, 434 aa of which are identical to wildtype nhsa.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 23|||2020-10-21
ZDB-ALT-160111-4|ihb89||||Insertion|embryos treated with CRISPR1-nhsa|Between 1304 bp to 1305 bp of the wild-type nhsa coding sequence, CTGGTGACTGG, is inserted. The mutated nhsa codes for a truncated protein containing 436 aa, 434 aa of which are identical to wildtype nhsa.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 23|||2020-10-21
ZDB-ALT-130128-6|ihb8Tg|||Tg(kop:KalTA4-UTRnanos3,CMV:EGFP)ihb8, Tg(kop:KalTA4-UTRnos1,CMV:EGFP)|Transgenic Insertion|embryos treated with DNA||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(kop:KALTA4-UTR-nanos3,CMV:EGFP)|ZDB-TGCONSTRCT-130128-4|2020-10-21
ZDB-ALT-160111-5|ihb90||||Small Deletion|embryos treated with CRISPR2-nlgn2a|627 bp to 636 bp of the wild-type nlgn2a coding sequence, CTATGGGAAC, is deleted. The mutated nlgn2a codes for a truncated protein containing 211 aa, 208 aa of which is identical to wildtype nlgn2a|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-160111-6|ihb91||||Insertion|embryos treated with CRISPR2-nlgn2a|Between 631 bp to 632 bp of the wild-type nlgn2a coding sequence, CAGCCTATGCAGCCTA, is inserted. The mutated nlgn2a codes for a truncated protein containing 216 aa, 210 aa of which are identical to wildtype nlgn2a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-160111-7|ihb92||||Small Deletion|embryos treated with CRISPR2-nlgn2a|632 bp to 633 bp of the wild-type nlgn2a coding sequence, GG, is deleted. The mutated nlgn2a codes for a truncated protein containing 227 aa, 210 aa of which are identical to wildtype nlgn2a|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 7|||2020-10-21
ZDB-ALT-160111-8|ihb93||||Indel|embryos treated with CRISPR|644 bp to 651 bp of the wildtype namptb coding sequence, TGG, is mutated into ACAGCCTACT. The mutated namptb codes for a truncated protein containing 266 aa, of which 498 aa are identical to wildtype namptb.\n|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 11|||2020-10-21
ZDB-ALT-160119-1|ihb94||||Small Deletion|embryos treated with CRISPR1-ndel1a|Eight nucleotides, AACCACAG, located in the splice acceptor site of intron 4, are deleted. This mutation may lead to mis-splicing of the ndel1a transcript, resulting in the use of an alternative acceptor site (changing the 5’ boundary of the downstream exon 5) or simply the retention of the intron 4.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 12|||2020-10-21
ZDB-ALT-160119-2|ihb95||||Indel|embryos treated with CRISPR1-ndel1a|Three nucleotides, CAG, located in the splice acceptor site of intron 4, are deleted. Plus the adjacent twenty-nine-nucleotide coding sequence, AGCCACCATAACATCTCTGGAGGACTTTG, is mutated into GAGGCTGAGCAGAGGCTGA. This mutation may lead to mis-splicing of the ndel1a transcript, resulting in the use of an alternative acceptor site (changing the 5’ boundary of the downstream exon 5) or simply the retention of the intron 4.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 12|||2020-10-21
ZDB-ALT-160119-3|ihb96||||Small Deletion|embryos treated with CRISPR1-ndel1a|390 bp to 396 bp of the wild-type ndel1a coding sequence, AGCCACC, is deleted. The mutated ndel1a codes for a truncated protein containing 130 aa, 129 aa of which are identical to wildtype ndel1a.|Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 12|||2020-10-21
ZDB-ALT-160128-1|ihb97||||Small Deletion|embryos treated with TALEN||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 24|||2020-10-21
ZDB-ALT-160128-2|ihb98||||Insertion|embryos treated with TALEN||Yonghua Sun Lab|ZDB-LAB-110721-1|Chr: 24|||2020-10-21
ZDB-ALT-190705-6|ihb99||||Indel|embryos treated with CRISPR1-eef1a1b,eef1a1l2||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|||2020-10-21
ZDB-ALT-130128-7|ihb9Tg|||Tg(UAS:mRFP-UTRnanos3,CMV:EGFP)ihb9, Tg(UAS:mRFP-UTRnos1,CMV:EGFP)|Transgenic Insertion|DNA ||Yonghua Sun Lab|ZDB-LAB-110721-1|Unmapped|Tg(UAS:mRFP-UTR-nanos3,CMV:EGFP)|ZDB-TGCONSTRCT-130128-2|2020-10-21
ZDB-ALT-200707-10|ihbp2d11||||Small Deletion|embryos treated with CRISPR1-prmt2|exon 2 deletion, deletion of TGGTGGTGGGC , premature stop codon at 46 amino acid|Xiao Lab|ZDB-LAB-101011-1|Unmapped|||2020-10-21
ZDB-ALT-200707-11|ihbp2d26||||Small Deletion|embryos treated with CRISPR1-prmt2|exon 3 deletion, deletion of GGATTTGGGCTGTGGGACAGGGGTCA , premature stop codon at 154 amino acid|Xiao Lab|ZDB-LAB-101011-1|Chr: 9|||2020-10-21
ZDB-ALT-190405-1|ihbp3||||Insertion|embryos treated with CRISPR||Xiao Lab|ZDB-LAB-101011-1|Chr: 17|||2020-10-21
ZDB-ALT-190102-2|ihbp3d20||||Small Deletion|embryos treated with CRISPR1-prmt3||Xiao Lab|ZDB-LAB-101011-1|Chr: 7|||2020-10-21
ZDB-ALT-190102-3|ihbp3i7||||Insertion|embryos treated with CRISPR1-prmt3||Xiao Lab|ZDB-LAB-101011-1|Chr: 7|||2020-10-21
ZDB-ALT-181217-11|ihbp4||||Small Deletion|embryos treated with CRISPR1-prmt7||Xiao Lab|ZDB-LAB-101011-1|Chr: 25|||2020-10-21
ZDB-ALT-181107-9|ihbp7||||Indel|embryos treated with CRISPR1-prmt7||Xiao Lab|ZDB-LAB-101011-1|Chr: 25|||2020-10-21
ZDB-ALT-190724-2|ihby1||||Insertion|embryos treated with CRISPR3-setd7|insert 2bp in exon1|Xiao Lab|ZDB-LAB-101011-1|Unmapped|||2020-10-21
ZDB-ALT-190724-3|ihbyp3||||Insertion|embryos treated with CRISPR1-egln3|insert 1bp in exon 1|Xiao Lab|ZDB-LAB-101011-1|Unmapped|||2020-10-21
ZDB-ALT-161104-1|ii001||||Small Deletion|embryos treated with TALEN1-mapkbp1|p.P911fs20*|Saunier's lab|ZDB-LAB-160309-1|Chr: 17|||2020-10-21
ZDB-ALT-191219-2|ii003||||Small Deletion|embryos treated with CRISPR1-ift52|p.Gly89fs91*|Saunier's lab|ZDB-LAB-160309-1|Chr: 11|||2020-10-21
ZDB-ALT-180611-4|iim010Tg||||Transgenic Insertion|||Rotllant Lab|ZDB-LAB-140206-1|Unmapped|Tg(Xla.Eef1a1:pth4)|ZDB-TGCONSTRCT-180611-5|2020-10-21
ZDB-ALT-180608-3|iim014Tg||||Transgenic Insertion|embryos treated with DNA||Rotllant Lab|ZDB-LAB-140206-1|Unmapped|TgBAC(asip1:EGFP)|ZDB-TGCONSTRCT-180608-1|2020-10-21
ZDB-ALT-180611-2|iim015Tg||||Transgenic Insertion|||Rotllant Lab|ZDB-LAB-140206-1|Unmapped|TgBAC(Loc.Asip1:EGFP)|ZDB-TGCONSTRCT-180611-3|2020-10-21
ZDB-ALT-190726-1|iim016|||iim07|Small Deletion|embryos treated with CRISPR1-asip1||Rotllant Lab|ZDB-LAB-140206-1|Chr: 6|||2020-10-21
ZDB-ALT-180417-6|iim01Tg||||Transgenic Insertion|embryos treated with DNA||Rotllant Lab|ZDB-LAB-140206-1|Unmapped|Tg(-0.8mustn1b:EGFP)|ZDB-TGCONSTRCT-180417-4|2020-10-21
ZDB-ALT-190725-7|iim02||||Small Deletion|embryos treated with CRISPR1-asip1||Rotllant Lab|ZDB-LAB-140206-1|Chr: 6|||2020-10-21
ZDB-ALT-161010-13|iim03Tg||||Transgenic Insertion|embryos treated with DNA||Rotllant Lab|ZDB-LAB-140206-1|Unmapped|Tg(Xla.Eef1a1:Cau.Asip1)|ZDB-TGCONSTRCT-160818-1|2020-10-21
ZDB-ALT-160818-2|iim04Tg||||Transgenic Insertion|embryos treated with DNA||Rotllant Lab|ZDB-LAB-140206-1|Unmapped|Tg(Xla.Eef1a1:Cau.Asip1)|ZDB-TGCONSTRCT-160818-1|2020-10-21
ZDB-ALT-161010-14|iim05Tg||||Transgenic Insertion|embryos treated with DNA||Rotllant Lab|ZDB-LAB-140206-1|Unmapped|Tg(Xla.Eef1a1:Cau.Asip1)|ZDB-TGCONSTRCT-160818-1|2020-10-21
ZDB-ALT-180611-3|iim07Tg||||Transgenic Insertion|embryos treated with DNA|P2 line from Suarez-Bregua, et al. (2017)|Rotllant Lab|ZDB-LAB-140206-1|Unmapped|Tg(pth4:EGFP)|ZDB-TGCONSTRCT-180611-4|2020-10-21
ZDB-ALT-190725-8|iim08||||Indel|embryos treated with CRISPR1-asip1||Rotllant Lab|ZDB-LAB-140206-1|Chr: 6|||2020-10-21
ZDB-ALT-160707-14|imb1|||max|Small Deletion|embryos treated with TALEN2-aplnra||Human Embryology|ZDB-LAB-110330-1|Chr: 8|||2020-10-21
ZDB-ALT-161103-2|imb2|||10.1|Small Deletion|embryos treated with CRISPR1-elmo2|Results in C-terminal truncated protein, p.Ser326ArgfsTer21.|Human Embryology|ZDB-LAB-110330-1|Chr: 11|||2020-10-21
ZDB-ALT-161103-3|imb3|||10.2|Small Deletion|embryos treated with CRISPR1-elmo2|Results in C-terminal truncated protein, p.Ser326ArgfsTer21.|Human Embryology|ZDB-LAB-110330-1|Chr: 11|||2020-10-21
ZDB-ALT-161103-4|imb4|||21|Small Deletion|embryos treated with CRISPR1-elmo2|Mutation results in p.Asp321_Gly327del and is predicted to be missing seven amino acids from the ELMO domain.|Human Embryology|ZDB-LAB-110330-1|Chr: 11|||2020-10-21
ZDB-ALT-130502-2|imm001Tg|||Tg(hsp70l:HA-msgn1,Xla.Cryg:ECFP)imm001|Transgenic Insertion|embryos treated with DNA||Leonor Saude Lab|ZDB-LAB-070619-2|Unmapped|Tg(hsp70l:HA-msgn1,Xla.Cryg:ECFP)|ZDB-TGCONSTRCT-130502-1|2020-10-21
ZDB-ALT-181115-2|imm002Tg||||Transgenic Insertion|embryos treated with DNA||Leonor Saude Lab|ZDB-LAB-070619-2|Unmapped|Tg(hsp70l:HA-dmrt2a,Xla.Cryaa:CFP)|ZDB-TGCONSTRCT-181115-1|2020-10-21
ZDB-ALT-181115-3|imm003||||Small Deletion|embryos treated with TALEN1-dmrt2a, TALEN2-dmrt2a|This allele lacks the 3’end of the 5’UTR, the start codon and part of the first exon. One ATG located near the 3’end of the DM domain might be used, which would results in the truncation of the DM domain and consequently, the loss of the residues shown to be crucial for nuclear translocation.|Leonor Saude Lab|ZDB-LAB-070619-2|Chr: 5|||2020-10-21
ZDB-ALT-181115-4|imm004||||Complex|embryos treated with TALEN1-dmrt2a, TALEN2-dmrt2a|One ATG located near the 3’end of the DM domain might be used, which would results in the truncation of the DM domain and consequently, the loss of the residues shown to be crucial for nuclear translocation.; There are two mutations present in this line, the first is an indel and the second is an insertion.|Leonor Saude Lab|ZDB-LAB-070619-2|Chr: 5|||2020-10-21
ZDB-ALT-181115-5|imm005||||Insertion|embryos treated with TALEN1-dmrt2b||Leonor Saude Lab|ZDB-LAB-070619-2|Chr: 6|||2020-10-21
ZDB-ALT-130711-1|in1Tg|||Tg(Xla.Eef1a1:h2b-mRFP1)in1|Transgenic Insertion|embryos treated with DNA||Nieto Lab|ZDB-LAB-110912-2|Unmapped|Tg(Xla.Eef1a1:h2b-mRFP1)|ZDB-TGCONSTRCT-130711-1|2020-10-21
ZDB-ALT-171103-4|in2Tg||||Transgenic Insertion|embryos treated with DNA||Nieto Lab|ZDB-LAB-110912-2|Unmapped|TgBAC(tbx5a:EGFP)|ZDB-TGCONSTRCT-171103-3|2020-10-21
ZDB-ALT-200826-11|in3Tg||||Transgenic Insertion|embryos treated with DNA||Nieto Lab|ZDB-LAB-110912-2|Unmapped|TgBAC(prrx1a:EGFP)|ZDB-TGCONSTRCT-200826-4|2020-10-21
ZDB-ALT-101008-7|inka1a_unrecovered|||fam212aa_unrecovered, inka1a_unrecovered, unrec_inka1a, unrecovered_inka1a|Point Mutation|adult males treated with ENU||||Chr: 11|||2020-10-21
ZDB-ALT-190808-7|inr10Tg|||C3, zf3007Tg|Transgenic Insertion|embryos treated with DNA||Institut National de la Recherche Agronomique, Laboratoire de Physiologie et Génomique des Poissons|ZDB-LAB-130702-1|Unmapped|Tg(ddx4:GFP)|ZDB-TGCONSTRCT-190808-3|2020-10-21
ZDB-ALT-130910-1|inr1Tg|||C2, Tg(gsdf:EGFP)inr1|Transgenic Insertion|embryos treated with DNA||Institut National de la Recherche Agronomique, Laboratoire de Physiologie et Génomique des Poissons|ZDB-LAB-130702-1|Unmapped|Tg(gsdf:EGFP)|ZDB-TGCONSTRCT-130910-1|2020-10-21
ZDB-ALT-130910-2|inr2Tg|||C5, Tg(gsdf:EGFP)inr2|Transgenic Insertion|embryos treated with DNA||Institut National de la Recherche Agronomique, Laboratoire de Physiologie et Génomique des Poissons|ZDB-LAB-130702-1|Unmapped|Tg(gsdf:EGFP)|ZDB-TGCONSTRCT-130910-1|2020-10-21
ZDB-ALT-130703-1|inr3Tg|||Line 1, Tg(CMV:EGFP)inr3|Transgenic Insertion|embryos treated with DNA||Institut National de la Recherche Agronomique, Laboratoire de Physiologie et Génomique des Poissons|ZDB-LAB-130702-1|Unmapped|Tg(CMV:EGFP)|ZDB-TGCONSTRCT-130703-1|2020-10-21
ZDB-ALT-130703-2|inr4Tg|||Line 2, Tg(CMV:EGFP)inr4|Transgenic Insertion|embryos treated with DNA||Institut National de la Recherche Agronomique, Laboratoire de Physiologie et Génomique des Poissons|ZDB-LAB-130702-1|Unmapped|Tg(CMV:EGFP)|ZDB-TGCONSTRCT-130703-1|2020-10-21
ZDB-ALT-130703-3|inr5Tg|||Line 3, Tg(CMV:EGFP)inr5|Transgenic Insertion|embryos treated with DNA||Institut National de la Recherche Agronomique, Laboratoire de Physiologie et Génomique des Poissons|ZDB-LAB-130702-1|Unmapped|Tg(CMV:EGFP)|ZDB-TGCONSTRCT-130703-1|2020-10-21
ZDB-ALT-130919-3|inr6Tg|||C2, Tg(sycp1:GFP)inr6|Transgenic Insertion|embryos treated with DNA||Institut National de la Recherche Agronomique, Laboratoire de Physiologie et Génomique des Poissons|ZDB-LAB-130702-1|Unmapped|Tg(sycp1:GFP)|ZDB-TGCONSTRCT-130919-3|2020-10-21
ZDB-ALT-130919-4|inr7Tg|||C3, Tg(sycp1:GFP)inr7|Transgenic Insertion|embryos treated with DNA||Institut National de la Recherche Agronomique, Laboratoire de Physiologie et Génomique des Poissons|ZDB-LAB-130702-1|Unmapped|Tg(sycp1:GFP)|ZDB-TGCONSTRCT-130919-3|2020-10-21
ZDB-ALT-130919-5|inr8Tg|||C5, Tg(sycp1:GFP)inr8|Transgenic Insertion|embryos treated with DNA||Institut National de la Recherche Agronomique, Laboratoire de Physiologie et Génomique des Poissons|ZDB-LAB-130702-1|Unmapped|Tg(sycp1:GFP)|ZDB-TGCONSTRCT-130919-3|2020-10-21
ZDB-ALT-130919-6|inr9Tg|||C7, Tg(sycp1:GFP)inr9|Transgenic Insertion|embryos treated with DNA||Institut National de la Recherche Agronomique, Laboratoire de Physiologie et Génomique des Poissons|ZDB-LAB-130702-1|Unmapped|Tg(sycp1:GFP)|ZDB-TGCONSTRCT-130919-3|2020-10-21
ZDB-ALT-111010-6|intu_unrecovered||||Point Mutation|adult males treated with ENU||||Chr: 7|||2020-10-21
ZDB-ALT-081007-2|io004Tg|||Tg(tbr1:EYFP)io004|Transgenic Insertion|embryos treated with DNA|This line was created with the same construct as in Tg(tbr1:EYFP)jt003, but has a different insertion.|Mione Lab|ZDB-LAB-050531-2|Unmapped|Tg(tbr1:EYFP)|ZDB-TGCONSTRCT-070117-115|2020-10-21
ZDB-ALT-081006-3|io005Tg|||Tg(Xleomes:GFP)io005|Transgenic Insertion|embryos treated with DNA||Mione Lab|ZDB-LAB-050531-2|Unmapped|Tg(Xla.Eomes:GFP)|ZDB-TGCONSTRCT-081006-1|2020-10-21
ZDB-ALT-090702-2|io006Tg|||io6, Tg(UAS:eGFP-HRAS_G12V)io006|Transgenic Insertion|embryos treated with DNA||Mione Lab|ZDB-LAB-050531-2|Unmapped|Tg(UAS:EGFP-Hsa.HRAS_G12V)|ZDB-TGCONSTRCT-090702-1|2020-10-21
ZDB-ALT-090702-4|io007Tg|||Tg(XlEef1a1:dclk2DeltaK-GFP)io007|Transgenic Insertion|embryos treated with DNA|The dclk2DeltaK is a kinase dead version of dclk2.|Mione Lab|ZDB-LAB-050531-2|Unmapped|Tg(Xla.Eef1a1:dclk2DeltaK-GFP)|ZDB-TGCONSTRCT-090702-3|2020-10-21
ZDB-ALT-090707-1|io008Tg|||Tg(XlEef1a1:dclk2-GFP)io008|Transgenic Insertion|embryos treated with DNA||Mione Lab|ZDB-LAB-050531-2|Unmapped|Tg(Xla.Eef1a1:dclk2a-GFP)|ZDB-TGCONSTRCT-090707-1|2020-10-21
ZDB-ALT-100303-1|io009Tg|||io9, Tg(-1.8pknox1.1:EGFP)io009, Tg( -1.8pknox1.1:eGFP)io9, Tg(-1.8pknox1.1:eGFP)io9, Tg(-1.8pknox1.1:EGFP)io9|Transgenic Insertion|embryos treated with DNA||Mione Lab|ZDB-LAB-050531-2|Unmapped|Tg(-1.8pknox1.1:EGFP)|ZDB-TGCONSTRCT-100303-1|2020-10-21
ZDB-ALT-190925-11|io010|||itm1, N171fs|Small Deletion|embryos treated with CRISPR2-snap29||Zebrafish Unit - Cogentech Srl|ZDB-LAB-200424-1|Unmapped|||2020-10-21
ZDB-ALT-200427-10|io011||||Indel|embryos treated with CRISPR2-nova2|Accession number of WT gene, BX088540, Chr 15,
position 28.685.892 - 28.766.275. The premature stop codon of nova2 occurs in
the 1st exon of gene, after the codon producing H24 aminoacid.|Zebrafish Unit - Cogentech Srl|ZDB-LAB-200424-1|Chr: 15|||2020-10-21
ZDB-ALT-200501-8|io012Tg||||Transgenic Insertion|embryos treated with DNA|The pT2KXIGΔin-cylinB2-Luc-GFP construct and Transposase mRNA were used to generate, in AB gentic background, Tg(cyclinB2:Luc-GFP) stable TRANSGENIC line. Our experiments demonstrated a cyclin B2 (ccnb2) PROMOTER- dependent luciferase expression in zebrafish from early embryogenesis.|Zebrafish Unit - Cogentech Srl|ZDB-LAB-200424-1|Unmapped|Tg(ccnb2:Luciferase-GFP)|ZDB-TGCONSTRCT-200501-1|2020-10-21
ZDB-ALT-090504-3|io1Gt|||Gt(GFP-H-RASV12)io1, Gt(T2kSAG:EGFP-HRAS_G12V)io1|Transgenic Insertion|embryos treated with DNA||Mione Lab|ZDB-LAB-050531-2|Unmapped|Gt(T2kSAG:GFP-HRAS_G12V)|ZDB-GTCONSTRCT-130122-1|2020-10-21
ZDB-ALT-090504-4|io2Gt|||Gt(GFP-H-RASV12)io2, Gt(T2kSAG:EGFP-HRAS_G12V)io2|Transgenic Insertion|embryos treated with DNA||Mione Lab|ZDB-LAB-050531-2|Unmapped|Gt(T2kSAG:GFP-HRAS_G12V)|ZDB-GTCONSTRCT-130122-1|2020-10-21
ZDB-ALT-090504-8|io3Tg|||Tg(hsp70I:EGFP-HRASV12), Tg(hsp70l:eGFP-HRAS_G12V)io3|Transgenic Insertion|embryos treated with DNA||Mione Lab|ZDB-LAB-050531-2|Unmapped|Tg(hsp70l:EGFP-HRAS_G12V)|ZDB-TGCONSTRCT-090504-3|2020-10-21
ZDB-ALT-170406-1|ion13dTg||||Transgenic Insertion|embryos treated with DNA||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg2(elavl3:GCaMP5G)|ZDB-TGCONSTRCT-151229-1|2020-10-21
ZDB-ALT-160411-7|ion14dTg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR1-tph2||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg(UAS:GCaMP5)|ZDB-TGCONSTRCT-160411-7|2020-10-21
ZDB-ALT-170918-18|ion17dTg||||Transgenic Insertion|embryos treated with DNA||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg(ctbp2a:Cr.ChR2-CFP)|ZDB-TGCONSTRCT-170918-4|2020-10-21
ZDB-ALT-170913-1|ion1hTg||||Transgenic Insertion|embryos treated with DNA||Jie He Lab|ZDB-LAB-170209-10|Unmapped|Tg(actc1b:Hsa.HIST1H2BJ-CFP)|ZDB-TGCONSTRCT-170913-1|2020-10-21
ZDB-ALT-160411-6|ion21dTg||||Transgenic Insertion|embryos treated with DNA||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg(slc6a3:GAL4-VP16)|ZDB-TGCONSTRCT-160411-6|2020-10-21
ZDB-ALT-160411-5|ion25dTg||||Transgenic Insertion|embryos treated with DNA||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg(slc6a3:Cr.ChR2-ECFP)|ZDB-TGCONSTRCT-160411-8|2020-10-21
ZDB-ALT-170327-16|ion27Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR5-th||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Chr: 25|Tg(:2A-EGFP)|ZDB-TGCONSTRCT-170327-3|2020-10-21
ZDB-ALT-170906-1|ion2hTg||||Transgenic Insertion|embryos treated with DNA||Jie He Lab|ZDB-LAB-170209-10|Unmapped|Tg(rx2:d2EGFP)|ZDB-TGCONSTRCT-170906-3|2020-10-21
ZDB-ALT-170327-17|ion32Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR5-th||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Chr: 25|Tg(:2A-GAL4)|ZDB-TGCONSTRCT-170327-4|2020-10-21
ZDB-ALT-171120-1|ion33dTg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA and CRISPR||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg(GAL4-VP16)|ZDB-TGCONSTRCT-171121-1|2020-10-21
ZDB-ALT-170327-20|ion38Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR2-kdrl||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Chr: 14|Tg(:2A-EGFP)|ZDB-TGCONSTRCT-170327-3|2020-10-21
ZDB-ALT-170327-18|ion39Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR1-tph2||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Chr: 18|Tg(:2A-EGFP)|ZDB-TGCONSTRCT-170327-3|2020-10-21
ZDB-ALT-170906-2|ion3hTg||||Transgenic Insertion|embryos treated with DNA||Jie He Lab|ZDB-LAB-170209-10|Unmapped|TgBAC(kdrl:mCherry-CAAX)|ZDB-TGCONSTRCT-170906-2|2020-10-21
ZDB-ALT-170327-19|ion44Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR2-gfap||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Chr: 3|Tg(:2A-EGFP)|ZDB-TGCONSTRCT-170327-3|2020-10-21
ZDB-ALT-200402-1|ion4hTg||||Transgenic Insertion|embryos treated with DNA||Jie He Lab|ZDB-LAB-170209-10|Unmapped|Tg(EPV.Tp1-Mmu.Hbb:EGFP)|ZDB-TGCONSTRCT-090625-1|2020-10-21
ZDB-ALT-200402-2|ion5hTg||||Transgenic Insertion|embryos treated with DNA||Jie He Lab|ZDB-LAB-170209-10|Unmapped|Tg(her4.1:mCherry,Cre-ERT2)|ZDB-TGCONSTRCT-111102-1|2020-10-21
ZDB-ALT-181219-1|ion6dTg||||Transgenic Insertion|embryos treated with DNA||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg(pou4f3:GAL4-VP16)|ZDB-TGCONSTRCT-181219-1|2020-10-21
ZDB-ALT-200402-3|ion6hTg||||Transgenic Insertion|embryos treated with DNA||Jie He Lab|ZDB-LAB-170209-10|Unmapped|Tg(hsp70l:LOXP-DsRed2-LOXP-EGFP)|ZDB-TGCONSTRCT-111102-2|2020-10-21
ZDB-ALT-191112-2|ion72dTg||||Transgenic Insertion|embryos treated with DNA||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg(elavl3:NEXS-jRGECO1a)|ZDB-TGCONSTRCT-191112-2|2020-10-21
ZDB-ALT-181219-2|ion7dTg||||Transgenic Insertion|embryos treated with DNA||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg(14xUAS-E1B:sypb-EGFP)|ZDB-TGCONSTRCT-181219-2|2020-10-21
ZDB-ALT-201012-1|ion7hTg||||Transgenic Insertion|embryos treated with DNA||Jie He Lab|ZDB-LAB-170209-10|Unmapped|Tg(nr1d1:Venus-NLS)|ZDB-TGCONSTRCT-201012-1|2020-10-21
ZDB-ALT-191108-1|ion82dTg||||Transgenic Insertion|embryos treated with DNA||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg(elavl3:GRABne1m)|ZDB-TGCONSTRCT-191108-1|2020-10-21
ZDB-ALT-191108-2|ion83dTg||||Transgenic Insertion|embryos treated with DNA||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg(elavl3:GRABne1h)|ZDB-TGCONSTRCT-191108-2|2020-10-21
ZDB-ALT-160725-2|ion8dTg||||Transgenic Insertion|embryos treated with DNA||Jiu-Lin Du Lab|ZDB-LAB-151217-1|Unmapped|Tg5(elavl3:GAL4-VP16)|ZDB-TGCONSTRCT-160725-1|2020-10-21
ZDB-ALT-201012-2|ion8hTg||||Transgenic Insertion|embryos treated with DNA||Jie He Lab|ZDB-LAB-170209-10|Unmapped|Tg(opn1lw2:NTR-mCherry)|ZDB-TGCONSTRCT-201012-2|2020-10-21
ZDB-ALT-201012-3|ion9hTg||||Transgenic Insertion|embryos treated with DNA||Jie He Lab|ZDB-LAB-170209-10|Unmapped|Tg(Xla.Rho:NTR-mCherry)|ZDB-TGCONSTRCT-201012-3|2020-10-21
ZDB-ALT-171122-1|ioz10||||Small Deletion|embryos treated with CRISPR1-admp|132-142 bp of the wildtype admp coding sequence is deleted. The mutated admp codes for a truncated protein containing 72 aa, 43 aa of which is identical to wildtype admp.|Qiang Wang Lab|ZDB-LAB-161004-2|Ambiguous|||2020-10-21
ZDB-ALT-161010-9|ioz100||||Indel|embryos treated with TALEN2-fscn1a||Qiang Wang Lab|ZDB-LAB-161004-2|Chr: 3|||2020-10-21
ZDB-ALT-170511-1|ioz101|||net1Δ53|Small Deletion|embryos treated with CRISPR2-net1||Qiang Wang Lab|ZDB-LAB-161004-2|Chr: 4|||2020-10-21
ZDB-ALT-171019-1|ioz102||||Small Deletion|embryos treated with CRISPR1-klf6a||Liu Lab|ZDB-LAB-110907-1|Chr: 24|||2020-10-21
ZDB-ALT-180306-1|ioz103||||Indel|embryos treated with CRISPR1-dnmt3bb.1|An 11-bp insertion in the third exon (236 bp after the start codon), resulting in an 87 amino acid polypeptide.|Liu Lab|ZDB-LAB-110907-1|Chr: 23|||2020-10-21
ZDB-ALT-191011-1|ioz104||||Insertion|embryos treated with CRISPR1-fsd1||Liu Lab|ZDB-LAB-110907-1|Chr: 8|||2020-10-21
ZDB-ALT-191008-1|ioz105||||Small Deletion|embryos treated with CRISPR1-itgb2||Liu Lab|ZDB-LAB-110907-1|Chr: 9|||2020-10-21
ZDB-ALT-200206-1|ioz106|||4 bp deletion|Small Deletion|embryos treated with CRISPR2-cxcr4b||Liu Lab|ZDB-LAB-110907-1|Unmapped|||2020-10-21
ZDB-ALT-171122-2|ioz11||||Small Deletion|embryos treated with CRISPR1-im:7138239|The transcription start site of the im:7138239 gene has been deleted.|Qiang Wang Lab|ZDB-LAB-161004-2|Chr: 2|||2020-10-21
ZDB-ALT-171129-1|ioz12||||Insertion|embryos treated with CRISPR1-mettl3||Liu Lab|ZDB-LAB-110907-1|Chr: 7|||2020-10-21
ZDB-ALT-180118-1|ioz13||||Small Deletion|embryos treated with TALEN1-mir142a|the mutation disrupts the secondary structure of miR-142a as well as the formation of mature miR-142a-
3p|Liu Lab|ZDB-LAB-110907-1|Chr: 5|||2020-10-21
ZDB-ALT-180118-2|ioz14||||Small Deletion|embryos treated with CRISPR1-mir142a, CRISPR2-mir142a|Mutation impairs secondary RNA structure of miR-142a and induces failure to form the mature miR-142a-3p|Liu Lab|ZDB-LAB-110907-1|Chr: 5|||2020-10-21
ZDB-ALT-190426-1|ioz15Tg||||Transgenic Insertion|||Qiang Wang Lab|ZDB-LAB-161004-2|Unmapped|Tg(-5.5nkx2.3:mCherry)|ZDB-TGCONSTRCT-190426-1|2020-10-21
ZDB-ALT-190426-2|ioz16Tg||||Transgenic Insertion|embryos treated with DNA||Qiang Wang Lab|ZDB-LAB-161004-2|Unmapped|Tg(-5.5nkx2.3:EGFP-CAAX)|ZDB-TGCONSTRCT-190426-2|2020-10-21
ZDB-ALT-190426-3|ioz17Tg||||Transgenic Insertion|embryos treated with DNA||Qiang Wang Lab|ZDB-LAB-161004-2|Unmapped|Tg(-5.5nkx2.3:EosFP)|ZDB-TGCONSTRCT-190426-3|2020-10-21
ZDB-ALT-190426-4|ioz18Tg||||Transgenic Insertion|embryos treated with DNA||Qiang Wang Lab|ZDB-LAB-161004-2|Unmapped|Tg(-5.5nkx2.3:nog3-mCherry)|ZDB-TGCONSTRCT-190426-4|2020-10-21
ZDB-ALT-190430-1|ioz19Tg||||Transgenic Insertion|embryos treated with DNA||Qiang Wang Lab|ZDB-LAB-161004-2|Unmapped|Tg(-5.5nkx2.3:KALTA4-mCherry)|ZDB-TGCONSTRCT-190426-5|2020-10-21
ZDB-ALT-150820-1|ioz1Tg||||Transgenic Insertion|embryos treated with DNA||Liu Lab|ZDB-LAB-110907-1|Unmapped|Tg(Mmu.Runx1:GFP)|ZDB-TGCONSTRCT-150820-1|2020-10-21
ZDB-ALT-190520-7|ioz20||||Small Deletion|embryos treated with CRISPR1-admp|133-143 bp of the wildtype admp coding sequence is deleted. The mutated admp codes for a truncated protein containing 72 aa, 44 aa of which is identical to wildtype admp.|Qiang Wang Lab|ZDB-LAB-161004-2|Ambiguous|||2020-10-21
ZDB-ALT-190522-1|ioz21||||Small Deletion|embryos treated with CRISPR1-dmrt2b||Qiang Wang Lab|ZDB-LAB-161004-2|Chr: 6|||2020-10-21
ZDB-ALT-190528-1|ioz22Tg||||Transgenic Insertion|embryos treated with DNA||Qiang Wang Lab|ZDB-LAB-161004-2|Unmapped|Tg(-4.9sox10:mCherry-CAAX)|ZDB-TGCONSTRCT-190528-1|2020-10-21
ZDB-ALT-200901-11|ioz23||||Indel|embryos treated with CRISPR1-pdgfaa||Qiang Wang Lab|ZDB-LAB-161004-2|Chr: 22|||2020-10-21
ZDB-ALT-200901-12|ioz24||||Indel|embryos treated with CRISPR1-pdgfab||Qiang Wang Lab|ZDB-LAB-161004-2|Chr: 3|||2020-10-21
ZDB-ALT-160218-1|ioz2Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with TALEN1-irf4a||Liu Lab|ZDB-LAB-110907-1|Chr: 2|Tg(-1.9irf4a:GFP)|ZDB-TGCONSTRCT-160217-4|2020-10-21
ZDB-ALT-160817-6|ioz3||||Small Deletion|embryos treated with TALEN1-irf4a||Liu Lab|ZDB-LAB-110907-1|Chr: 2|||2020-10-21
ZDB-ALT-161130-2|ioz4Tg||||Transgenic Insertion|embryos treated with DNA||Qiang Wang Lab|ZDB-LAB-161004-2|Unmapped|Tg(tg:EGFP)|ZDB-TGCONSTRCT-161130-2|2020-10-21
ZDB-ALT-170113-15|ioz5|||net1Δ20|Indel|embryos treated with CRISPR2-net1|GCCAGACCCTCCAGGCCTCA is deleted and C is inserted|Qiang Wang Lab|ZDB-LAB-161004-2|Chr: 4|||2020-10-21
ZDB-ALT-170113-16|ioz6||||Indel|embryos treated with CRISPR|GTCCAGTC is mutated to C|Qiang Wang Lab|ZDB-LAB-161004-2|Chr: 3|||2020-10-21
ZDB-ALT-170113-17|ioz7Tg||||Transgenic Insertion|embryos treated with DNA||Qiang Wang Lab|ZDB-LAB-161004-2|Unmapped|Tg(gsc:GFP)|ZDB-TGCONSTRCT-170113-7|2020-10-21
ZDB-ALT-170119-4|ioz8||||Insertion|embryos treated with CRISPR1-bloc1s2||Liu Lab|ZDB-LAB-110907-1|Chr: 20|||2020-10-21
ZDB-ALT-170331-1|ioz9||||Small Deletion|embryos treated with CRISPR1-gpr183a|deletion is at 292 base pairs after the start codon.|Liu Lab|ZDB-LAB-110907-1|Chr: 9|||2020-10-21
ZDB-ALT-120607-1|ip1Tg|||Tg(ifnphi1:mCherryF), Tg(ifnphi1:mCherry)ip1|Transgenic Insertion|embryos treated with DNA||Herbomel Lab|ZDB-LAB-970903-4|Unmapped|Tg(ifnphi1:mCherry)|ZDB-TGCONSTRCT-120607-1|2020-10-21
ZDB-ALT-120607-2|ip2Tg|||Tg(ifnphi1:mCherryF), Tg(ifnphi1:mCherry)ip2|Transgenic Insertion|embryos treated with DNA||Herbomel Lab|ZDB-LAB-970903-4|Unmapped|Tg(ifnphi1:mCherry)|ZDB-TGCONSTRCT-120607-1|2020-10-21
ZDB-ALT-170131-4|ip3Tg||||Transgenic Insertion|embryos treated with DNA||Bally-Cuif Lab|ZDB-LAB-990226-15|Unmapped|Tg(her4.1:RTTA,myl7:EGFP)|ZDB-TGCONSTRCT-170131-4|2020-10-21
ZDB-ALT-170131-5|ip4Tg||||Transgenic Insertion|embryos treated with DNA||Bally-Cuif Lab|ZDB-LAB-990226-15|Unmapped|Tg(TETRE:h2az2a-mCherry,TETRE:EGFP,cryaa:Venus)|ZDB-TGCONSTRCT-170131-5|2020-10-21
ZDB-ALT-181115-10|ip5Tg||||Transgenic Insertion|embryos treated with DNA||Herbomel Lab|ZDB-LAB-970903-4|Unmapped|Tg(kdrl:myl9a-EGFP)|ZDB-TGCONSTRCT-181115-7|2020-10-21
ZDB-ALT-181115-11|ip6Tg||||Transgenic Insertion|embryos treated with DNA||Herbomel Lab|ZDB-LAB-970903-4|Unmapped|Tg(kdrl:myl9b-EGFP)|ZDB-TGCONSTRCT-181115-8|2020-10-21
ZDB-ALT-190620-8|ip7||||Indel|embryos treated with CRISPR1-ifnphi3|tcaga(ATG)GACCTTCACCGTGTGG repalced with ATT|Herbomel Lab|ZDB-LAB-970903-4|Chr: 3|||2020-10-21
ZDB-ALT-200108-1|ip8Tg||||Transgenic Insertion|||Bally-Cuif Lab|ZDB-LAB-990226-15|Unmapped|||2020-10-21
ZDB-ALT-121112-2|ipk1Tg|This feature is representative of one or more unknown insertion sites.||ZM_00007837|Transgenic Insertion|embryos treated with DNA||Gründemann Lab|ZDB-LAB-121109-1|Chr: 21|Tg(ZM)|ZDB-TGCONSTRCT-101007-1|2020-10-21
ZDB-ALT-120418-23|ir1040Tg|||Tg(-4.9sox10:LMA-Tomato)ir1040|Transgenic Insertion|embryos treated with DNA||Schilling Lab|ZDB-LAB-000222-7|Unmapped|Tg(-4.9sox10:LY-Tomato)|ZDB-TGCONSTRCT-120418-23|2020-10-21
ZDB-ALT-190715-6|ir1090||||Small Deletion|embryos treated with CRISPR1-mipa||Schilling Lab|ZDB-LAB-000222-7|Chr: 23|||2020-10-21
ZDB-ALT-190715-7|ir1091||||Small Deletion|embryos treated with CRISPR1-mipb||Schilling Lab|ZDB-LAB-000222-7|Chr: 23|||2020-10-21
ZDB-ALT-191023-1|ir1092||||Unknown|||Schilling Lab|ZDB-LAB-000222-7|Unmapped|||2020-10-21
ZDB-ALT-120215-9|ir1189Tg|||p77, Tg(5xBMPRE-Xla.Id3:GFP)ir1189|Transgenic Insertion|embryos treated with DNA||Schilling Lab|ZDB-LAB-000222-7|Unmapped|Tg(5xBMPRE-Xla.Id3:GFP)|ZDB-TGCONSTRCT-120215-4|2020-10-21
ZDB-ALT-120418-22|ir866Tg|||Tg(-4.9sox10:LMA-GFP)ir866|Transgenic Insertion|embryos treated with DNA||Schilling Lab|ZDB-LAB-000222-7|Unmapped|Tg(-4.9sox10:LY-GFP)|ZDB-TGCONSTRCT-120418-22|2020-10-21
ZDB-ALT-080228-1|ir937Tg|||Tg(-7.2sox10:EGFP)ir937, Tg(-7.2sox10:EGFP)zf77, zf77|Transgenic Insertion|embryos treated with DNA||Schilling Lab|ZDB-LAB-000222-7|Unmapped|Tg(-7.2sox10:EGFP)|ZDB-TGCONSTRCT-080228-2|2020-10-21
ZDB-ALT-141003-1|iro1Tg||||Transgenic Insertion|embryos treated with DNA||Institut de Recherche en Ophtalmologie (IRO)|ZDB-LAB-070723-1|Unmapped|Tg(hsp70l:hmx1,myl7:EGFP)|ZDB-TGCONSTRCT-141003-1|2020-10-21
ZDB-ALT-151120-1|is10Gt|This feature is representative of one or more unknown insertion sites.||is10Tg|Transgenic Insertion|embryos treated with DNA|Craig et al (2015): gene trap vector insertion in the third intron of fli1a gene. The insertion causes a truncation of the sterile alpha motif/pointed protein-binding domain, and the resulting Fli1a protein is predicted to lack the C-terminal ETS DNA-binding domain.|Essner Lab|ZDB-LAB-100204-1|Chr: 18|Gt(:LOXP-EGFP-LOXP)|ZDB-GTCONSTRCT-151120-1|2020-10-21
ZDB-ALT-150406-1|is18Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with DNA|line contains an array with ~ 100 copies of the Tol2<flk1:RFP> construct|McGrail Lab|ZDB-LAB-120216-1|Unmapped|Tg(kdrl:RFP-CAAX)|ZDB-TGCONSTRCT-150406-1|2020-10-21
ZDB-ALT-120302-1|is19Tg|||Tg(kdrl:TagRFP-CAAX)is19|Transgenic Insertion|embryos treated with DNA||Essner Lab|ZDB-LAB-100204-1|Unmapped|Tg(kdrl:TagRFP-CAAX)|ZDB-TGCONSTRCT-120302-1|2020-10-21
ZDB-ALT-110127-21|is1Tg|||Tg(kdrl:msna-EGFP)is1|Transgenic Insertion|embryos treated with DNA||Essner Lab|ZDB-LAB-100204-1|Unmapped|Tg(kdrl:msna-EGFP)|ZDB-TGCONSTRCT-110127-19|2020-10-21
ZDB-ALT-120328-1|is22Gt|This feature is representative of one or more unknown insertion sites.||Gt(GBT-R15)is22|Transgenic Insertion|embryos treated with DNA|The insertion site is located in intron 4 of the appa gene.|McGrail Lab|ZDB-LAB-120216-1|Chr: 1|Gt(GBT-R15)|ZDB-GTCONSTRCT-100121-2|2020-10-21
ZDB-ALT-120328-2|is23Gt|This feature is representative of one or more unknown insertion sites.||Gt(GBT-R15)is23|Transgenic Insertion|embryos treated with DNA|The insertion is located in intron 12 of the aplp2 gene.|McGrail Lab|ZDB-LAB-120216-1|Chr: 18|Gt(GBT-R15)|ZDB-GTCONSTRCT-100121-2|2020-10-21
ZDB-ALT-110127-22|is2Tg|||Tg(kdrl:mCherry-bactin1)is2|Transgenic Insertion|embryos treated with DNA||Essner Lab|ZDB-LAB-100204-1|Unmapped|Tg(kdrl:mCherry-actb1)|ZDB-TGCONSTRCT-110127-20|2020-10-21
ZDB-ALT-110127-23|is3Tg|||Tg(kdrl:ctnna-EGFP)is3|Transgenic Insertion|embryos treated with DNA||Essner Lab|ZDB-LAB-100204-1|Unmapped|Tg(kdrl:ctnna-EGFP)|ZDB-TGCONSTRCT-110127-21|2020-10-21
ZDB-ALT-110127-24|is4Tg|||Tg(kdrl:nlsmCherry)is4|Transgenic Insertion|embryos treated with DNA||Essner Lab|ZDB-LAB-100204-1|Unmapped|Tg(kdrl:NLS-mCherry)|ZDB-TGCONSTRCT-110127-22|2020-10-21
ZDB-ALT-151016-3|is51|||e2e5del|Indel|embryos treated with TALEN1-si:ch211-246i5.4|TALENs targeting exons 2 and 5 create a 147 kb deletion in si:ch211-246i5.4 gene and fuses exon 2 to exon 5|McGrail Lab|ZDB-LAB-120216-1|Chr: 3|||2020-10-21
ZDB-ALT-181019-3|is54|||7bp deletion|Small Deletion|embryos treated with TALEN2-rb1||McGrail Lab|ZDB-LAB-120216-1|Chr: 21|||2020-10-21
ZDB-ALT-181019-4|is56Tg||||Transgenic Insertion|embryos treated with DNA||McGrail Lab|ZDB-LAB-120216-1|Unmapped|Tg(ubb:DsRed)|ZDB-TGCONSTRCT-181019-1|2020-10-21
ZDB-ALT-110127-25|is5Tg|||CZ63, Tg(kdrl:mCherry)is5|Transgenic Insertion|embryos treated with DNA||Essner Lab|ZDB-LAB-100204-1|Unmapped|Tg(kdrl:mCherry)|ZDB-TGCONSTRCT-110127-23|2020-10-21
ZDB-ALT-181022-1|is60||||Small Deletion|embryos treated with CRISPR1-rbbp4||McGrail Lab|ZDB-LAB-120216-1|Chr: 19|||2020-10-21
ZDB-ALT-110127-26|is6Tg|||Tg(bactin1:RFP)is6, Tg(T2OncZ, bactin1:RFP)is6|Transgenic Insertion|embryos treated with DNA||Essner Lab|ZDB-LAB-100204-1|Unmapped|Tg(T2OncZ,actb1:RFP)|ZDB-TGCONSTRCT-110127-24|2020-10-21
ZDB-ALT-181022-2|is70||||Small Deletion|embryos treated with CRISPR1-hdac1||McGrail Lab|ZDB-LAB-120216-1|Chr: 19|||2020-10-21
ZDB-ALT-110616-3|is7Tg|||Tg(bactin1:RFP)is7, Tg(T2OncZ, bactin1:RFP)is7|Transgenic Insertion|embryos treated with DNA||Essner Lab|ZDB-LAB-100204-1|Unmapped|Tg(T2OncZ,actb1:RFP)|ZDB-TGCONSTRCT-110127-24|2020-10-21
ZDB-ALT-110627-6|is8Tg|||Tg(bactin1:sb11,myl7:GFP)is8|Transgenic Insertion|embryos treated with DNA||Essner Lab|ZDB-LAB-100204-1|Unmapped|Tg(actb1:sb11,myl7:GFP)|ZDB-TGCONSTRCT-110627-3|2020-10-21
ZDB-ALT-110627-7|is9Tg|||Tg(bactin1:sb11,myl7:GFP)is9|Transgenic Insertion|embryos treated with DNA||Essner Lab|ZDB-LAB-100204-1|Unmapped|Tg(actb1:sb11,myl7:GFP)|ZDB-TGCONSTRCT-110627-3|2020-10-21
ZDB-ALT-120412-3|isc1Tg|||Tg(actb1:EGFP-Hsa.HRAS)isc1|Transgenic Insertion|embryos treated with DNA||Peyriéras Lab|ZDB-LAB-111117-1|Unmapped|Tg(actb1:EGFP-Hsa.HRAS)|ZDB-TGCONSTRCT-120412-2|2020-10-21
ZDB-ALT-120711-1|isc2Tg|||Tg(actb1:hist2h2l-mCherry)isc2|Transgenic Insertion|embryos treated with DNA||Peyriéras Lab|ZDB-LAB-111117-1|Unmapped|Tg(actb1:hist2h2l-mCherry)|ZDB-TGCONSTRCT-120711-1|2020-10-21
ZDB-ALT-131212-3|isc3Tg|||Tg(-4gsc:EGFP)isc3|Transgenic Insertion|embryos treated with DNA||Peyriéras Lab|ZDB-LAB-111117-1|Unmapped|Tg(-4gsc:EGFP)|ZDB-TGCONSTRCT-131212-1|2020-10-21
ZDB-ALT-131212-2|isc4Tg|||Tg(-4gsc:eGFP-Hsa.HRAS)isc4|Transgenic Insertion|DNA ||Peyriéras Lab|ZDB-LAB-111117-1|Unmapped|Tg(-4gsc:EGFP-Hsa.HRAS)|ZDB-TGCONSTRCT-131212-2|2020-10-21
ZDB-ALT-131204-3|isc5Tg|||Tg(Gga.Egr2:hist2h2l-mCherry)isc5|Transgenic Insertion|embryos treated with DNA||Peyriéras Lab|ZDB-LAB-111117-1|Unmapped|Tg(Gga.Egr2:hist2h2l-mCherry)|ZDB-TGCONSTRCT-131204-2|2020-10-21
ZDB-ALT-090520-12|it275||||Unknown|adult males treated with ENU||Kobayashi Lab|ZDB-LAB-980622-1|Chr: 24|||2020-10-21
ZDB-ALT-181128-5|it312||||Small Deletion|embryos treated with CRISPR|The 7 bp deletion generates a frameshift after amino acid 783.|Kobayashi Lab|ZDB-LAB-980622-1|Chr: 13|||2020-10-21
ZDB-ALT-110304-1|it416aTg|||Tg(-3.5gstp1:EGFP)it416a|Transgenic Insertion|embryos treated with DNA||Kobayashi Lab|ZDB-LAB-980622-1|Unmapped|Tg(-3.5gstp1:EGFP)|ZDB-TGCONSTRCT-110304-1|2020-10-21
ZDB-ALT-110304-2|it416bTg|||Tg(-3.5gstp1:EGFP)it416b|Transgenic Insertion|embryos treated with DNA||Kobayashi Lab|ZDB-LAB-980622-1|Unmapped|Tg(-3.5gstp1:EGFP)|ZDB-TGCONSTRCT-110304-1|2020-10-21
ZDB-ALT-090520-9|it567||||Unknown|adult males treated with ENU||Kobayashi Lab|ZDB-LAB-980622-1|Unmapped|||2020-10-21
ZDB-ALT-160314-4|it627||||Point Mutation|ENU |Takeuchi et al (2015): C-to-T nonsense mutation in exon 17; respectively).\nThe mutation replaces Gln609 with a stop codon that leads to an &sim;200-aa truncation of AOD-C. AOD-C contains the FAD- and substrate-binding subdomains, suggesting that the truncation eliminates its enzymatic activity. Analysis indicate that this mutation is a null mutation of lsd1 in zebrafish.|Kobayashi Lab|ZDB-LAB-980622-1|Ambiguous|||2020-10-21
ZDB-ALT-090520-13|it664||||Unknown|adult males treated with ENU||Kobayashi Lab|ZDB-LAB-980622-1|Unmapped|||2020-10-21
ZDB-ALT-090520-14|it768||||Point Mutation|adult males treated with ENU|Most of the sequenced cDNAs from this mutant contain a 30 nucleotide in-frame deletion. This would result in a 10 amino acid deletion, including the deletion of an Arg corresponding to Arg141 in human PMM2, a residue which is highly conserved, and is crucial for substrate binding.|Kobayashi Lab|ZDB-LAB-980622-1|Chr: 1|||2020-10-21
ZDB-ALT-090520-15|it817||||Unknown|adult males treated with ENU||Kobayashi Lab|ZDB-LAB-980622-1|Unmapped|||2020-10-21
ZDB-ALT-090520-16|it836||||Unknown|adult males treated with ENU||Kobayashi Lab|ZDB-LAB-980622-1|Unmapped|||2020-10-21
ZDB-ALT-090520-10|it840||||Unknown|adult males treated with ENU||Kobayashi Lab|ZDB-LAB-980622-1|Unmapped|||2020-10-21
ZDB-ALT-090520-11|it864||||Unknown|adult males treated with ENU||Kobayashi Lab|ZDB-LAB-980622-1|Unmapped|||2020-10-21
ZDB-ALT-090520-17|it949||||Unknown|adult males treated with ENU||Kobayashi Lab|ZDB-LAB-980622-1|Unmapped|||2020-10-21
ZDB-ALT-090520-18|it983||||Unknown|adult males treated with ENU||Kobayashi Lab|ZDB-LAB-980622-1|Unmapped|||2020-10-21
ZDB-ALT-050622-2|itga5_unspecified|||un_itga5, unspecified_itga5|Unspecified|||||Chr: 23|||2020-10-21
ZDB-ALT-200312-1|itz1Tg||||Transgenic Insertion|embryos treated with DNA||CenTraBio Lab|ZDB-LAB-191210-1|Unmapped|Tg2(mylpfa:EGFP)|ZDB-TGCONSTRCT-200312-1|2020-10-21
ZDB-ALT-160406-2|iu2Tg||||Transgenic Insertion|embryos treated with DNA||Anderson Lab|ZDB-LAB-100922-1|Unmapped|Tg(hsp70l:LOXP-mCherry-STOP-LOXP-dnirs2b-EGFP,cryaa:Cerulean)|ZDB-TGCONSTRCT-160406-2|2020-10-21
ZDB-ALT-040825-4|j1013aGt|||Gt(T2KSAG)j1013a, j1013a, Tg(T2kSAG:GFP), Tg(T2kSAG:GFP)j1013a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-040825-6|j1015aGt|||Gt(T2KSAG)j1015a, j1015a, Tg(T2kSAG:GFP), Tg(T2kSAG:GFP)j1015a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-1|j1016bGt|||Gt(T2KSAG)j1016b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-2|j1019aGt|||Gt(T2KSAG)j1019a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-050130-10|j101e1||||Unknown|||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 17|||2020-10-21
ZDB-ALT-100209-3|j1023aGt|||Gt(T2KSAG)j1023a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-4|j1023dGt|||Gt(T2KSAG)j1023d|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-040825-8|j1023hGt|||Gt(T2KSAG)j1023h, j1023h, Tg(T2kSAG:GFP), Tg(T2kSAG:GFP)j1023h|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-6|j1023iGt|||Gt(T2KSAG)j1023i|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-041015-2|j1024aGt|||Gt(T2KSAG)j1024a, j1024a, Tg(T2kSAG:GFP), Tg(T2kSAG:GFP)j1024a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-7|j1031aGt|||Gt(T2KSAG)j1031a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-040825-10|j1039aGt|||Gt(T2KSAG)j1039a, j1039a, Tg(T2kSAG:GFP), Tg(T2kSAG:GFP)j1039a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-8|j1039cGt|||Gt(T2KSAG)j1039c|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-040825-2|j1042aGt|||Gt(T2KSAG)j1042a, j1042a, Tg(T2kSAG:GFP), Tg(T2kSAG:GFP)j1042a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100211-1|j1043bGt|||Gt(T2KSAG)j1043b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100211-2|j1046aGt|||Gt(T2KSAG)j1046a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100211-3|j1057aGt|||Gt(T2KSAG)j1057a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-9|j1057bGt|||Gt(T2KSAG)j1057b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-10|j1071aGt|||Gt(T2KSAG)j1071a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-11|j1073aGt|This feature is representative of one or more unknown insertion sites.||Gt(T2KSAG)j1073a, j1073a|Transgenic Insertion|embryos treated with DNA|Transposon inserted in the first exon of <i>dlx5a</i> generates a loss-of-function allele of <i>dlx5a</i>. The GFP-coding sequence is in opposite orientation to <i>dlx5a</i>.|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 19|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-020731-26|j108e1||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 7|||2020-10-21
ZDB-ALT-041117-2|j1090aGt|||Gt(T2KSAG)j1090a, j1090a, Tg(T2kSAG:GFP), Tg(T2kSAG:GFP)j1090a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-041015-4|j1097bGt|||Gt(T2KSAG)j1097b, j1097b, Tg(T2kSAG:GFP), Tg(T2kSAG:GFP)j1097b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-12|j1097eGt|||Gt(T2KSAG)j1097e|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-13|j1098aGt|||Gt(T2KSAG)j1098a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-31|j1098bGt|||Gt(T2KSAG)j1098b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-30|j1098cGt|||Gt(T2KSAG)j1098c|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-29|j1099aGt|||Gt(T2KSAG)j1099a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-021202-2|j10e1||||Point Mutation|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 1|||2020-10-21
ZDB-ALT-100209-14|j1104aGt|||Gt(T2KSAG)j1104a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-15|j1146bGt|||Gt(T2KSAG)j1146b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-030429-2|j115e1|||j115el|Point Mutation|ENU |homozygous viable allele resulting from T->A transversion in tuba8l3 gene at position 747 of the ORF, resulting in a non-conservative amino acid substitution at residue 249 of the predicted protein, exchanging asn for lys ( Larson et al. ZDB-PUB-100811-9 )|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 9|||2020-10-21
ZDB-ALT-100212-28|j1171aGt|||Gt(T2KSAG)j1171a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-16|j1171bGt|||Gt(T2KSAG)j1171b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-27|j1176aGt|||Gt(T2KSAG)j1176a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-26|j1178aGt|||Gt(T2KSAG)j1178a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-17|j1184bGt|||Gt(T2KSAG)j1184b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-25|j1185aGt|||Gt(T2KSAG)j1185a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-101007-1|j1186aGt|||Gt(T2KSAG)j1186a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-24|j1188aGt|||Gt(T2KSAG)j1188a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-020731-32|j118e1|||j117e1|Unknown|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-100212-23|j1191aGt|||Gt(T2KSAG)j1191a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-22|j1193aGt|||Gt(T2KSAG)j1193a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-21|j1193bGt|||Gt(T2KSAG)j1193b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100915-5|j1197aGt|||Gt(T2KSAG)j1197a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-021023-2|j119e1||||Unknown|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-080515-1|j120|||Nermal|Point Mutation|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 6|||2020-10-21
ZDB-ALT-100915-6|j1203bGt|||Gt(T2KSAG)j1203b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-20|j1204aGt|||Gt(T2KSAG)j1204a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100827-1|j1204bGt|||Gt(T2KSAG)j1204b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-020731-34|j120e1||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 22|||2020-10-21
ZDB-ALT-020731-8|j121e1||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 25|||2020-10-21
ZDB-ALT-020731-12|j121e2||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 25|||2020-10-21
ZDB-ALT-020731-6|j121e3||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 25|||2020-10-21
ZDB-ALT-020731-10|j121e4||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 25|||2020-10-21
ZDB-ALT-100212-19|j1223bGt|||Gt(T2KSAG)j1223b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-18|j1226aGt|||Gt(T2KSAG)j1226a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-17|j1229aGt|||Gt(T2KSAG)j1229a|Transgenic Insertion|embryos treated with DNA|j1229a has been carried for several generations to produce a single insertion site line.  The insertion site was identified as chr11:9,246,478 bp (ZV7 assembly) (Burgess et al. 2009)|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-020731-2|j122e1||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-110120-1|j122s1|||mohawk|Point Mutation|spontaneous |This mutation is a T to C transition: T962C.  This results in an amino acid change of Phe to Ser.|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 17|||2020-10-21
ZDB-ALT-100209-18|j1233aGt|||Gt(T2KSAG)j1233a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-16|j1235bGt|||Gt(T2KSAG)j1235b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-15|j1235cGt|||Gt(T2KSAG)j1235c|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-14|j1237aGt|||Gt(T2KSAG)j1237a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-020731-24|j123e1||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-021118-2|j124e1||||Point Mutation|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 18|||2020-10-21
ZDB-ALT-050810-2|j124e2||||Unknown|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 18|||2020-10-21
ZDB-ALT-100212-13|j1253aGt|||Gt(T2KSAG)j1253a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-020731-18|j125e1||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-100212-12|j1261eGt|||Gt(T2KSAG)j1261e|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-19|j1262aGt|||Gt(T2KSAG)j1262a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-11|j1262bGt|||Gt(T2KSAG)j1262b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-10|j1264aGt|||Gt(T2KSAG)j1264a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-101007-2|j1265aGt|||Gt(T2KSAG)j1265a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-9|j1267aGt|||Gt(T2KSAG)j1267a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-020731-16|j126e1||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-020731-14|j126e2||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-100212-32|j1271aGt|This feature is representative of one or more unknown insertion sites.||Gt(T2KSAG)j1271a, j1271a, trps1:EGFP, trps1:GFP|Transgenic Insertion|embryos treated with DNA|"...the J1271a insertion is at chr19: 43671269, inside the first intron of trps1..."|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 19|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-7|j1271eGt|||Gt(T2KSAG)j1271e|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-6|j1271fGt|||Gt(T2KSAG)j1271f|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-101007-3|j1271iGt|||Gt(T2KSAG)j1271i|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-5|j1272cGt|||Gt(T2KSAG)j1272c|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-4|j1274bGt|||Gt(T2KSAG)j1274b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-020731-22|j127e1||||Unknown|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-100212-3|j1280aGt|||Gt(T2KSAG)j1280a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-120221-10|j1282bGt|||Gt(T2KSAG)j1282b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100212-2|j1283aGt|||Gt(T2KSAG)j1283a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-20|j1284aGt|||Gt(T2KSAG)j1284a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-21|j1284cGt|||Gt(T2KSAG)j1284c|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-100209-22|j1286aGt|||Gt(T2KSAG)j1286a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-020731-20|j128e1||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-100212-1|j1291aGt|||Gt(T2KSAG)j1291a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Gt(T2KSAG)|ZDB-GTCONSTRCT-070430-1|2020-10-21
ZDB-ALT-020731-4|j129e1||||Unknown|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-131018-2|j130||||Small Deletion|spontaneous |this slc45a5 mutant possesses a 6 nt deletion in exon 6 that results in a 2aa deletion (422-423=PY)|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 18|||2020-10-21
ZDB-ALT-020731-30|j130e1||||Unknown|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-090827-1|j131||||Point Mutation|adult males treated with ENU|A T to A chane creates a site for ApaLI and causes a L to H change in the protein sequence.|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-150923-1|j131x8||||Small Deletion|sperm treated with g-rays|This is a revertant of the ty86d mutant. PCR analysis showed a 384 bp deletion in the kcnk5b gene leading to a frameshift and a premature termination codon. The resulting protein lacks the 3 transmembrane domains.|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-110120-3|j15||||Unknown|||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-091106-2|j1601Tg|||Tg(Xla.eef1a1:EGFP)j1601, Tg(XlEef1a1:EGFP)j1601|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 23|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-3|j1602Tg|||Tg(Xla.eef1a1:EGFP)j1602, Tg(XlEef1a1:EGFP)j1602|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-4|j1603Tg|||Tg(Xla.eef1a1:EGFP)j1603, Tg(XlEef1a1:EGFP)j1603|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 5|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-5|j1604Tg|||Tg(Xla.eef1a1:EGFP)j1604, Tg(XlEef1a1:EGFP)j1604|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 8|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-6|j1605Tg|||Tg(Xla.eef1a1:EGFP)j1605, Tg(XlEef1a1:EGFP)j1605|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 18|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-7|j1606Tg|||Tg(Xla.eef1a1:EGFP)j1606, Tg(XlEef1a1:EGFP)j1606|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-8|j1607aTg|||Tg(Xla.eef1a1:EGFP)j1607a, Tg(XlEef1a1:EGFP)j1607a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 9|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-9|j1607cTg|||Tg(Xla.eef1a1:EGFP)j1607c, Tg(XlEef1a1:EGFP)j1607c|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 23|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-10|j1608Tg|||Tg(Xla.eef1a1:EGFP)j1608, Tg(XlEef1a1:EGFP)j1608|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-11|j1609aTg|||Tg(Xla.eef1a1:EGFP)j1609a, Tg(XlEef1a1:EGFP)j1609a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 15|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-12|j1609bTg|||Tg(Xla.eef1a1:EGFP)j1609b, Tg(XlEef1a1:EGFP)j1609b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 13|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-13|j1610Tg|||Tg(Xla.eef1a1:EGFP)j1610, Tg(XlEef1a1:EGFP)j1610|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 1|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-14|j1611Tg|||Tg(Xla.eef1a1:EGFP)j1611, Tg(XlEef1a1:EGFP)j1611|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 1|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-15|j1612Tg|||Tg(Xla.eef1a1:EGFP)j1612, Tg(XlEef1a1:EGFP)j1612|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 6|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-16|j1613Tg|||Tg(Xla.eef1a1:EGFP)j1613, Tg(XlEef1a1:EGFP)j1613|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 8|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-17|j1614Tg|||Tg(Xla.eef1a1:EGFP)j1614, Tg(XlEef1a1:EGFP)j1614|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 2|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-19|j1615bTg|||Tg(Xla.eef1a1:EGFP)j1615b, Tg(XlEef1a1:EGFP)j1615b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-20|j1615cTg|||Tg(Xla.eef1a1:EGFP)j1615c, Tg(XlEef1a1:EGFP)j1615c|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 23|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-21|j1616Tg|||Tg(Xla.eef1a1:EGFP)j1616, Tg(XlEef1a1:EGFP)j1616|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 16|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-18|j1617Tg|||Tg(Xla.eef1a1:EGFP)j1617, Tg(XlEef1a1:EGFP)j1617|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 8|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-22|j1618Tg|||Tg(Xla.eef1a1:EGFP)j1618, Tg(XlEef1a1:EGFP)j1618|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-23|j1619Tg|||Tg(Xla.eef1a1:EGFP)j1619, Tg(XlEef1a1:EGFP)j1619|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-24|j1620Tg|||Tg(Xla.eef1a1:EGFP)j1620, Tg(XlEef1a1:EGFP)j1620|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 17|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-25|j1621Tg|||Tg(Xla.eef1a1:EGFP)j1621, Tg(XlEef1a1:EGFP)j1621|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 5|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-26|j1622Tg|||Tg(Xla.eef1a1:EGFP)j1622, Tg(XlEef1a1:EGFP)j1622|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-27|j1623Tg|||Tg(Xla.eef1a1:EGFP)j1623, Tg(XlEef1a1:EGFP)j1623|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-28|j1625aTg|||Tg(Xla.eef1a1:EGFP)j1625a, Tg(XlEef1a1:EGFP)j1625a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-29|j1625bTg|||Tg(Xla.eef1a1:EGFP)j1625b, Tg(XlEef1a1:EGFP)j1625b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-30|j1626Tg|||Tg(Xla.eef1a1:EGFP)j1626, Tg(XlEef1a1:EGFP)j1626|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 17|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-31|j1627Tg|||Tg(Xla.eef1a1:EGFP)j1627, Tg(XlEef1a1:EGFP)j1627|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 14|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-32|j1628Tg|||Tg(Xla.eef1a1:EGFP)j1628, Tg(XlEef1a1:EGFP)j1628|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 4|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-33|j1629Tg|||Tg(Xla.eef1a1:EGFP)j1629, Tg(XlEef1a1:EGFP)j1629|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-34|j1631Tg|||Tg(Xla.eef1a1:EGFP)j1631, Tg(XlEef1a1:EGFP)j1631|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 5|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-35|j1632Tg|||Tg(Xla.eef1a1:EGFP)j1632, Tg(XlEef1a1:EGFP)j1632|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 5|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-36|j1633Tg|||Tg(Xla.eef1a1:EGFP)j1633, Tg(XlEef1a1:EGFP)j1633|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 22|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-37|j1634Tg|||Tg(Xla.eef1a1:EGFP)j1634, Tg(XlEef1a1:EGFP)j1634|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-38|j1635Tg|||Tg(Xla.eef1a1:EGFP)j1635, Tg(XlEef1a1:EGFP)j1635|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 2|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-39|j1636Tg|||Tg(Xla.eef1a1:EGFP)j1636, Tg(XlEef1a1:EGFP)j1636|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-40|j1637aTg|||Tg(Xla.eef1a1:EGFP)j1637a, Tg(XlEef1a1:EGFP)j1637a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-41|j1637bTg|||Tg(Xla.eef1a1:EGFP)j1637b, Tg(XlEef1a1:EGFP)j1637b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-42|j1637cTg|||Tg(Xla.eef1a1:EGFP)j1637c, Tg(XlEef1a1:EGFP)j1637c|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-43|j1637dTg|||Tg(Xla.eef1a1:EGFP)j1637d, Tg(XlEef1a1:EGFP)j1637d|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-44|j1638Tg|||Tg(Xla.eef1a1:EGFP)j1638, Tg(XlEef1a1:EGFP)j1638|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 12|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-45|j1639Tg|||Tg(Xla.eef1a1:EGFP)j1639, Tg(XlEef1a1:EGFP)j1639|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 18|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-46|j1640Tg|||Tg(Xla.eef1a1:EGFP)j1640, Tg(XlEef1a1:EGFP)j1640|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 1|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-47|j1641Tg|||Tg(Xla.eef1a1:EGFP)j1641, Tg(XlEef1a1:EGFP)j1641|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 5|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-48|j1642aTg|||Tg(Xla.eef1a1:EGFP)j1642a, Tg(XlEef1a1:EGFP)j1642a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 13|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-49|j1642bTg|||Tg(Xla.eef1a1:EGFP)j1642b, Tg(XlEef1a1:EGFP)j1642b|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-50|j1643Tg|||Tg(Xla.eef1a1:EGFP)j1643, Tg(XlEef1a1:EGFP)j1643|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 15|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-51|j1644Tg|||Tg(Xla.eef1a1:EGFP)j1644, Tg(XlEef1a1:EGFP)j1644|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 14|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-091106-52|j1645Tg|||Tg(Xla.eef1a1:EGFP)j1645, Tg(XlEef1a1:EGFP)j1645|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 2|Tg(Xla.Eef1a1:EGFP)|ZDB-TGCONSTRCT-070531-3|2020-10-21
ZDB-ALT-070423-1|j16e1||||Point Mutation|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-111010-24|j1775Et|This feature is representative of one or more unknown insertion sites.||Et(UTRHsa.SKTV2L2:EGFP)j1775, j1775|Transgenic Insertion|embryos treated with DNA|The construct integrated 160bp upstream of lhfpl4a.|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 6|Et(UTR-Hsa.SKTV2L2:EGFP)|ZDB-ETCONSTRCT-111010-1|2020-10-21
ZDB-ALT-050130-12|j198e1||||Unknown|||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-050130-14|j199||||Unknown|||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-000921-4|j1e1||||Point Mutation|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-000921-6|j1e15||||Unknown|||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-060911-6|j1e177||||Point Mutation|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-060403-4|j1e249||||Point Mutation|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-000921-2|j1e41||||Point Mutation|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-000921-8|j1e56||||Point Mutation|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-060911-2|j1e60||||Point Mutation|adult males treated with ENU|This mutation is a T to C transition.|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-060911-4|j1e78||||Point Mutation|adult males treated with ENU|This mutation is a G to A transition.|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-060911-8|j1e89||||Point Mutation|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-020715-6|j1e99||||Point Mutation|adult males treated with ENU|This mutation is temperature-sensitive. The mutation is at nucleotide 2325 of the cDNA.; This mutation is a T to C transition.|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-041209-2|j20e1||||Point Mutation|ENU |This mutation is a T to C transition.|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 1|||2020-10-21
ZDB-ALT-080821-1|j21||||Unknown|||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|||2020-10-21
ZDB-ALT-070423-3|j23e1||||Point Mutation|adult males treated with ENU||Stephen C. Ekker Laboratory|ZDB-LAB-970908-70|Chr: 8|||2020-10-21
ZDB-ALT-080706-1|j246|||gw246|Point Mutation|adult males treated with ENU|The point mutation creates a new dominant splice consensus sequence. This results in a 12-bp in-frame deletion (which removes 4 amino acids in the ATPase domain).|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 14|||2020-10-21
ZDB-ALT-190812-1|j247||||Indel|embryos treated with CRISPR1-gabrr1|in-frame mutation deleting the conserved
residues VHS from positions 146–148 of the
polypeptide sequence, and substituting the lysine at position 149 to glutamic acid (K149E).|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-200221-1|j248||||Small Deletion|embryos treated with CRISPR1-gabrr1|in-frame mutation deleting the conserved
residues VHS from positions 146–148 of the
polypeptide sequence,|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-070423-4|j24e1||||Point Mutation|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 10|||2020-10-21
ZDB-ALT-200824-9|j301|||tw1|Small Deletion|embryos treated with CRISPR1-fosl1a, CRISPR2-fosl1a||Ting Wang Lab|ZDB-LAB-200824-2|Chr: 14|||2020-10-21
ZDB-ALT-200824-10|j302|||tw2|Small Deletion|embryos treated with CRISPR1-fosl1a, CRISPR2-fosl1a||Ting Wang Lab|ZDB-LAB-200824-2|Chr: 14|||2020-10-21
ZDB-ALT-200824-11|j304|||tw4|Small Deletion|embryos treated with CRISPR1-fosl1a, CRISPR2-fosl1a||Ting Wang Lab|ZDB-LAB-200824-2|Chr: 14|||2020-10-21
ZDB-ALT-200824-12|j313|||tw13|Complex|embryos treated with CRISPR2-fosl1a, CRISPR3-fosl1a|There is a single base pair insertion and a two base pair deletion.|Ting Wang Lab|ZDB-LAB-200824-2|Unmapped|||2020-10-21
ZDB-ALT-200824-13|j314|||tw14|Small Deletion|embryos treated with CRISPR1-fosl1b||Ting Wang Lab|ZDB-LAB-200824-2|Chr: 21|||2020-10-21
ZDB-ALT-001205-6|j3e1||||Point Mutation|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 1|||2020-10-21
ZDB-ALT-001205-2|j3e1527||||Unknown|||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 1|||2020-10-21
ZDB-ALT-001205-10|j3e2||||Point Mutation|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 1|||2020-10-21
ZDB-ALT-001205-8|j3e3||||Point Mutation|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 1|||2020-10-21
ZDB-ALT-001205-4|j3e988||||Unknown|||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 1|||2020-10-21
ZDB-ALT-001205-16|j4blue||||Small Deletion||A 5 nucleotide deletion near the middle of the 2nd kinase domain leads to 32 novel amino acids and a premature stop codon.|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 14|||2020-10-21
ZDB-ALT-001205-14|j4e1||||Point Mutation|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 14|||2020-10-21
ZDB-ALT-001205-12|j4e2||||Point Mutation|ENU ||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 14|||2020-10-21
ZDB-ALT-050222-2|j7e1|||Cx43-F30V|Point Mutation|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-050222-6|j7e2|||Cx43-P191S|Point Mutation|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-050222-4|j7e3|||Cx43-F209I|Point Mutation|adult males treated with ENU||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 20|||2020-10-21
ZDB-ALT-110211-4|j900Tg|||Tg(Fru.Tyrp1:GFP)j900|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Tru.Tyrp1:GFP)|ZDB-TGCONSTRCT-070321-1|2020-10-21
ZDB-ALT-110613-1|j901Tg|||Tg(CMV:kitlga)j901|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(CMV:kitlga-JRed)|ZDB-TGCONSTRCT-110613-1|2020-10-21
ZDB-ALT-130531-3|j933Tg|||Tg(Xla.Eef1a1:EGFP-rpl10a)j933|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Xla.Eef1a1:EGFP-rpl10a)|ZDB-TGCONSTRCT-130531-3|2020-10-21
ZDB-ALT-130531-4|j934Tg|||Tg(Tru.Tyrp1:EGFP-rpl10a)j934|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Tru.Tyrp1:EGFP-rpl10a)|ZDB-TGCONSTRCT-130531-4|2020-10-21
ZDB-ALT-200825-8|j940Tg||||Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(hsp70l:zCas9,myl7:CFP)|ZDB-TGCONSTRCT-200825-3|2020-10-21
ZDB-ALT-190715-4|j972Tg||||Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(hsp70l:gabrr1,Xla.Eef1a1:GFP)|ZDB-TGCONSTRCT-200716-1|2020-10-21
ZDB-ALT-110420-1|j999aTg|||Tg(Fru.Kit:EGFP)j999a|Transgenic Insertion|embryos treated with DNA||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Unmapped|Tg(Tru.Kit:EGFP)|ZDB-TGCONSTRCT-110420-1|2020-10-21
ZDB-ALT-080812-2|j9e1||||Point Mutation|||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 17|||2020-10-21
ZDB-ALT-080812-3|j9e2||||Point Mutation|||Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 17|||2020-10-21
ZDB-ALT-060909-2|j9s1||||Point Mutation|spontaneous |This is a C to T transition, C2275T, which results in a Pro to Ser amino acid change at position 759.|Stephen L. Johnson Lab|ZDB-LAB-980202-4|Chr: 17|||2020-10-21
ZDB-ALT-130314-1|ja101Et|||Et(T2KHG)ja101, Tol047|Transgenic Insertion|embryos treated with DNA||Group of Animal Morphogenesis During Development|ZDB-LAB-970424-82|Unmapped|Et(T2KHG)|ZDB-ETCONSTRCT-090611-1|2020-10-21
ZDB-ALT-190110-2|ja102||||Small Deletion|embryos treated with TALEN1-pih1d1||Group of Animal Morphogenesis During Development|ZDB-LAB-970424-82|Chr: 3|||2020-10-21
ZDB-ALT-190110-3|ja103||||Small Deletion|embryos treated with TALEN1-pih1d2||Group of Animal Morphogenesis During Development|ZDB-LAB-970424-82|Chr: 15|||2020-10-21
ZDB-ALT-190110-4|ja104||||Indel|embryos treated with CRISPR1-dnaaf2||Group of Animal Morphogenesis During Development|ZDB-LAB-970424-82|Chr: 13|||2020-10-21
ZDB-ALT-190110-5|ja105||||Small Deletion|embryos treated with CRISPR1-dnaaf6||Group of Animal Morphogenesis During Development|ZDB-LAB-970424-82|Chr: 2|||2020-10-21
ZDB-ALT-081126-1|ja1Tg|||Ex(-1055), Tg(-1055exorh:EGFP)zf114, Tg(exorh:EGFP)ja1, zf114|Transgenic Insertion|DNA |Construct Ex(-1055) was made by ligating the EGFP gene to the 1,055-bp fragment upstream of the exorh translation initiation site.|Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(exorh:EGFP)|ZDB-TGCONSTRCT-081126-1|2020-10-21
ZDB-ALT-151102-8|ja23Tg||||Transgenic Insertion|embryos treated with DNA||Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(gnat2:EGFP)|ZDB-TGCONSTRCT-151102-1|2020-10-21
ZDB-ALT-090115-1|ja2Tg|||Rh(-1084), Tg(rho:EGFP)ja2|Transgenic Insertion|embryos treated with DNA|Construct contains -1084 bp of rho upstream promoter driving EGFP.|Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(rho:EGFP)|ZDB-TGCONSTRCT-090115-1|2020-10-21
ZDB-ALT-090115-2|ja3Tg|||Rh(-1084)/PIPE, rh/PIPE:GFP, Tg(rho-exorh.1:EGFP)ja3|Transgenic Insertion|embryos treated with DNA|Expresses EGFP under the control of -1084 bp of the zebrafish rhodopsin promoter with one Pineal Expression-Promoting Element (PIPE) repeats from the exorh gene at -184 to -174bp within the rho promoter.|Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg1(rho-exorh:EGFP)|ZDB-TGCONSTRCT-090115-2|2020-10-21
ZDB-ALT-090112-2|ja4Tg|||Tg(exorh-rho:GFP)zf116, Tg(P20-rh/P:gfp), Tg(rho-exorh.2:EGFP)ja4, zf116|Transgenic Insertion|embryos treated with DNA||Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg2(rho-exorh:EGFP)|ZDB-TGCONSTRCT-090112-1|2020-10-21
ZDB-ALT-151102-3|ja51||||Indel|embryos treated with TALEN1-six7|8bp deletion in exon 1 of six7|Fukada Lab|ZDB-LAB-090113-1|Chr: 7|||2020-10-21
ZDB-ALT-151102-4|ja52||||Small Deletion|embryos treated with TALEN1-six7|13bp deletion in exon1 of six7|Fukada Lab|ZDB-LAB-090113-1|Chr: 7|||2020-10-21
ZDB-ALT-151102-6|ja53||||Small Deletion|embryos treated with TALEN1-six3b|11bp deletion in exon 1 of six3b|Fukada Lab|ZDB-LAB-090113-1|Chr: 12|||2020-10-21
ZDB-ALT-151102-5|ja54||||Indel|embryos treated with TALEN1-six7|6 bp deletion. Amino Acid N18 is changed to a stop codon.|Fukada Lab|ZDB-LAB-090113-1|Chr: 7|||2020-10-21
ZDB-ALT-151102-7|ja55||||Small Deletion|embryos treated with TALEN1-six3b|4bp deletion in exon1 of six3b|Fukada Lab|ZDB-LAB-090113-1|Chr: 12|||2020-10-21
ZDB-ALT-110627-1|ja5Tg|||GRK7B, Tg(rho:grk7a)ja5|Transgenic Insertion|embryos treated with DNA||Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(rho:grk7a)|ZDB-TGCONSTRCT-110627-1|2020-10-21
ZDB-ALT-200420-4|ja62||||Small Deletion|embryos treated with TALEN1-six6a||Fukada Lab|ZDB-LAB-090113-1|Chr: 13|||2020-10-21
ZDB-ALT-200420-5|ja63||||Small Deletion|embryos treated with TALEN1-six6b||Fukada Lab|ZDB-LAB-090113-1|Chr: 20|||2020-10-21
ZDB-ALT-200420-6|ja64||||Small Deletion|embryos treated with TALEN1-six6b||Fukada Lab|ZDB-LAB-090113-1|Chr: 20|||2020-10-21
ZDB-ALT-201005-1|ja69Tg||||Transgenic Insertion|embryos treated with DNA||Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(crx:EGFP-2A-six7-FLAG)|ZDB-TGCONSTRCT-201005-2|2020-10-21
ZDB-ALT-110627-2|ja6Tg|||GRK7D, Tg(rho:grk7a)ja6|Transgenic Insertion|embryos treated with DNA||Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(rho:grk7a)|ZDB-TGCONSTRCT-110627-1|2020-10-21
ZDB-ALT-201005-2|ja70Tg||||Transgenic Insertion|embryos treated with DNA||Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(crx:EGFP-2A-FLAG-six6b)|ZDB-TGCONSTRCT-201005-1|2020-10-21
ZDB-ALT-201005-3|ja73Tg||||Transgenic Insertion|embryos treated with DNA||Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(crx:EGFP-2A-FLAG-six6b)|ZDB-TGCONSTRCT-201005-1|2020-10-21
ZDB-ALT-110627-3|ja7Tg|||GRK7E, Tg(rho:grk7a)ja7|Transgenic Insertion|embryos treated with DNA||Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(rho:grk7a)|ZDB-TGCONSTRCT-110627-1|2020-10-21
ZDB-ALT-200408-5|ja83Tg||||Transgenic Insertion|embryos treated with DNA||Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(rho:NTR-mCherry)|ZDB-TGCONSTRCT-200408-1|2020-10-21
ZDB-ALT-110627-4|ja8Tg|||GRK1alpha, Tg(rho:grk1a)ja8|Transgenic Insertion|embryos treated with DNA||Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(rho:grk1a)|ZDB-TGCONSTRCT-110627-2|2020-10-21
ZDB-ALT-110627-5|ja9Tg|||GRK1beta, Tg(rho:grk1a)ja9|Transgenic Insertion|embryos treated with DNA||Fukada Lab|ZDB-LAB-090113-1|Unmapped|Tg(rho:grk1a)|ZDB-TGCONSTRCT-110627-2|2020-10-21
ZDB-ALT-160519-1|jf10Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(elavl3:ReaChR-TagRFPT)|ZDB-TGCONSTRCT-160519-1|2020-10-21
ZDB-ALT-200206-10|jf12Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(dbh:KALTA4)|ZDB-TGCONSTRCT-200206-6|2020-10-21
ZDB-ALT-160519-2|jf14Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(elavl3:H2B-mKate2)|ZDB-TGCONSTRCT-160519-2|2020-10-21
ZDB-ALT-160519-3|jf16Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(elavl3:jRCaMP1a)|ZDB-TGCONSTRCT-160519-3|2020-10-21
ZDB-ALT-200206-5|jf17Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(elavl3:jRGECO1b)|ZDB-TGCONSTRCT-200206-1|2020-10-21
ZDB-ALT-150916-3|jf1Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(elavl3:GCaMP6f)|ZDB-TGCONSTRCT-150916-3|2020-10-21
ZDB-ALT-200206-12|jf21Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(gfap:tdTomato)|ZDB-TGCONSTRCT-200206-8|2020-10-21
ZDB-ALT-200206-7|jf22Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(gfap:GCaMP6f)|ZDB-TGCONSTRCT-200206-3|2020-10-21
ZDB-ALT-200206-9|jf23Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(gfap:H2B-GCaMP6f)|ZDB-TGCONSTRCT-200206-5|2020-10-21
ZDB-ALT-200206-8|jf29Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(gfap:CoChR-EGFP)|ZDB-TGCONSTRCT-200206-4|2020-10-21
ZDB-ALT-200206-6|jf33Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(gfap:jRGECO1b)|ZDB-TGCONSTRCT-200206-2|2020-10-21
ZDB-ALT-170125-1|jf41Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(tph2:epNTR-TagRFPT)|ZDB-TGCONSTRCT-170125-1|2020-10-21
ZDB-ALT-180920-4|jf42Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(10xUAS:Voltron)|ZDB-TGCONSTRCT-190123-6|2020-10-21
ZDB-ALT-200206-11|jf44Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(UAS:CoChR-EGFP)|ZDB-TGCONSTRCT-200206-7|2020-10-21
ZDB-ALT-200206-13|jf49Tg|This feature is representative of one or more unknown insertion sites.|||Transgenic Insertion|embryos treated with CRISPR1-gad1b||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(2xNRSE-hsp70l:GAL4FF)|ZDB-TGCONSTRCT-200206-9|2020-10-21
ZDB-ALT-141023-1|jf4Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(elavl3:GCaMP6s)|ZDB-TGCONSTRCT-141023-2|2020-10-21
ZDB-ALT-141023-2|jf5Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(elavl3:Hsa.H2B-GCaMP6s)|ZDB-TGCONSTRCT-141023-1|2020-10-21
ZDB-ALT-150916-4|jf7Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(elavl3:H2B-GCaMP6f)|ZDB-TGCONSTRCT-150916-4|2020-10-21
ZDB-ALT-200211-5|jf81Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(gfap:Opto-a1AR-EYFP)|ZDB-TGCONSTRCT-200211-2|2020-10-21
ZDB-ALT-180410-5|jf92Tg||||Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(elavl3:CaMPARI2)|ZDB-TGCONSTRCT-180410-1|2020-10-21
ZDB-ALT-191008-2|jf93Tg||||Transgenic Insertion|embryos treated with DNA||Schreiter Lab|ZDB-LAB-190109-1|Unmapped|Tg(elavl3:rsCaMPARI-mRuby3)|ZDB-TGCONSTRCT-191008-1|2020-10-21
ZDB-ALT-150403-1|jf9Tg|||Tg[elavl3:CaMPARI(W391F+V398L)]jf9|Transgenic Insertion|embryos treated with DNA||Ahrens Lab|ZDB-LAB-130116-1|Unmapped|Tg(elavl3:CaMPARI)|ZDB-TGCONSTRCT-150403-1|2020-10-21
ZDB-ALT-110131-24|jh100Tg|||Tg(Mmu.Sox10.1:EGFP)jh100|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg1(Mmu.Sox10:EGFP)|ZDB-TGCONSTRCT-110131-32|2020-10-21
ZDB-ALT-110131-25|jh101Tg|||Tg(Mmu.Sox10.1B:EGFP)jh101|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(Mmu.Sox10.1B:EGFP)|ZDB-TGCONSTRCT-110131-33|2020-10-21
ZDB-ALT-110131-26|jh102Tg|||Tg(Mmu.Sox10.1C:EGFP)jh102|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(Mmu.Sox10.1C:EGFP)|ZDB-TGCONSTRCT-110131-34|2020-10-21
ZDB-ALT-110131-27|jh103Tg|||Tg(-1.2Mmu.Sox10:EGFP)jh103|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-1.2Mmu.Sox10:EGFP)|ZDB-TGCONSTRCT-110131-24|2020-10-21
ZDB-ALT-110131-28|jh104Tg|||Tg(-9.5Mmu.Sox10:EGFP)jh104|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-9.5Mmu.Sox10:EGFP)|ZDB-TGCONSTRCT-110131-25|2020-10-21
ZDB-ALT-110131-29|jh105Tg|||Tg(-28.5Mmu.Sox10:EGFP)jh105|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-28.5Mmu.Sox10:EGFP)|ZDB-TGCONSTRCT-110131-26|2020-10-21
ZDB-ALT-110131-30|jh106Tg|||Tg(-37.2Mmu.Sox10:EGFP)jh106|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-37.2Mmu.Sox10:EGFP)|ZDB-TGCONSTRCT-110131-27|2020-10-21
ZDB-ALT-110131-31|jh107Tg|||Tg(-43.3Mmu.Sox10:EGFP)jh107|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-43.3Mmu.Sox10:EGFP)|ZDB-TGCONSTRCT-110131-28|2020-10-21
ZDB-ALT-110131-32|jh108Tg|||Tg(-48.5Mmu.Sox10:EGFP)jh108|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-48.5Mmu.Sox10:EGFP)|ZDB-TGCONSTRCT-110131-29|2020-10-21
ZDB-ALT-110131-33|jh109Tg|||Tg(-55.1Mmu.Sox10:EGFP)jh109|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-55.1Mmu.Sox10:EGFP)|ZDB-TGCONSTRCT-110131-30|2020-10-21
ZDB-ALT-110221-1|jh10Tg|||Tg(ins:hmgb1-EGFP)jh10|Transgenic Insertion|embryos treated with DNA||Parsons Lab|ZDB-LAB-060130-1|Unmapped|Tg(ins:hmgb1-EGFP)|ZDB-TGCONSTRCT-110221-1|2020-10-21
ZDB-ALT-110131-34|jh110Tg|||Tg(-59.1Mmu.Sox10:EGFP)jh110|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-59.1Mmu.Sox10:EGFP)|ZDB-TGCONSTRCT-110131-31|2020-10-21
ZDB-ALT-110819-1|jh112Tg|||Tg(Hsa.ERBB3.1:EGFP)jh112|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg1(Hsa.ERBB3:EGFP)|ZDB-TGCONSTRCT-110819-1|2020-10-21
ZDB-ALT-110819-2|jh113Tg|||Tg(Hsa.ERBB3.2:EGFP)jh113|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg2(Hsa.ERBB3:EGFP)|ZDB-TGCONSTRCT-110819-2|2020-10-21
ZDB-ALT-110819-3|jh114Tg|||Tg(Hsa.ERBB3.3:EGFP)jh114|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg3(Hsa.ERBB3:EGFP)|ZDB-TGCONSTRCT-110819-3|2020-10-21
ZDB-ALT-111013-2|jh115Tg|||46, Tg(-7.3Hsa.ASCL1:EGFP)jh115|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-7.3Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111012-8|2020-10-21
ZDB-ALT-111013-3|jh116Tg|||54, Tg(-6.1Hsa.ASCL1:EGFP)jh116|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-6.1Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-1|2020-10-21
ZDB-ALT-111013-4|jh117Tg|||33, Tg(-6.1Hsa.ASCL1:EGFP)jh117|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-6.1Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-1|2020-10-21
ZDB-ALT-111013-5|jh118Tg|||67, Tg(-6.1Hsa.ASCL1:EGFP)jh118|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-6.1Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-1|2020-10-21
ZDB-ALT-111013-6|jh119Tg|||50, Tg(-6.1Hsa.ASCL1:EGFP)jh119|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-6.1Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-1|2020-10-21
ZDB-ALT-101006-1|jh11Tg|||Tg(EPV.Tp1-Ocu.Hbb2:hmgb1-mCherry)jh11, THM-9|Transgenic Insertion|embryos treated with DNA||Parsons Lab|ZDB-LAB-060130-1|Unmapped|Tg(EPV.Tp1-Ocu.Hbb2:hmgb1-mCherry)|ZDB-TGCONSTRCT-101006-1|2020-10-21
ZDB-ALT-111013-7|jh120Tg|||36, Tg(-1.4Hsa.ASCL1:EGFP)jh120|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-1.4Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-2|2020-10-21
ZDB-ALT-111013-8|jh121Tg|||39, Tg(-1.4Hsa.ASCL1:EGFP)jh121|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-1.4Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-2|2020-10-21
ZDB-ALT-111013-9|jh122Tg|||7, Tg(3.3Hsa.ASCL1:EGFP)jh122|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(3.3Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-3|2020-10-21
ZDB-ALT-111013-10|jh123Tg|||9, Tg(3.3Hsa.ASCL1:EGFP)jh123|Transgenic Insertion|adult males treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(3.3Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-3|2020-10-21
ZDB-ALT-111013-11|jh124Tg|||10, Tg(3.3Hsa.ASCL1:EGFP)jh124|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(3.3Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-3|2020-10-21
ZDB-ALT-111013-12|jh125Tg|||23, Tg(3.3Hsa.ASCL1:EGFP)jh125|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(3.3Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-3|2020-10-21
ZDB-ALT-111013-13|jh126Tg|||68, Tg(3.3Hsa.ASCL1:EGFP;phox2bb:EGFP)jh126|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(3.3Hsa.ASCL1:EGFP), Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-3, ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111013-14|jh127Tg|||30, Tg(3.3Hsa.ASCL1:EGFP;phox2bb:EGFP)jh127|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(3.3Hsa.ASCL1:EGFP), Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-3, ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111013-15|jh128Tg|||53, Tg(Hsa.ASCL1.5:EGFP)jh128|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(13.2Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-5|2020-10-21
ZDB-ALT-111013-16|jh129Tg|||19, Tg(Hsa.ASCL1.5:EGFP;phox2bb:EGFP)jh129|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(13.2Hsa.ASCL1:EGFP), Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-5, ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-110221-2|jh12Tg|||Tg(EPV.Tp1-Ocu.Hbb2:CreERT2)jh12|Transgenic Insertion|embryos treated with DNA||Parsons Lab|ZDB-LAB-060130-1|Unmapped|Tg(EPV.Tp1-Ocu.Hbb2:Cre-ERT2)|ZDB-TGCONSTRCT-110221-2|2020-10-21
ZDB-ALT-111013-17|jh130Tg|||80, Tg(Hsa.ASCL1.5:EGFP;phox2bb:EGFP)jh130|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(13.2Hsa.ASCL1:EGFP), Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-5, ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111013-18|jh131Tg|||59, Tg(Hsa.ASCL1.5:EGFP;phox2bb:EGFP)jh131|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(13.2Hsa.ASCL1:EGFP), Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-5, ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111013-19|jh132Tg|||40, Tg(-7.3Hsa.ASCL1:EGFP;3.3Hsa.ASCL1:EGFP)jh132|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-7.3Hsa.ASCL1:EGFP), Tg(3.3Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111012-8, ZDB-TGCONSTRCT-111013-3|2020-10-21
ZDB-ALT-111013-21|jh133Tg|||43, Tg(-7.3Hsa.ASCL1:EGFP;3.3Hsa.ASCL1:EGFP;phox2bb:EGFP)jh133|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-7.3Hsa.ASCL1:EGFP), Tg(3.3Hsa.ASCL1:EGFP), Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111012-8, ZDB-TGCONSTRCT-111013-3, ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111013-20|jh134Tg|||63, Tg(7Hsa.ASCL1:EGFP;3.3Hsa.ASCL1:EGFP)jh134|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(3.3Hsa.ASCL1:EGFP), Tg(7.0Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-3, ZDB-TGCONSTRCT-160325-2|2020-10-21
ZDB-ALT-111013-22|jh135Tg|||60, Tg(-7.3Hsa.ASCL1:EGFP;13.2Hsa.ASCL1:EGFP)jh135|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(13.2Hsa.ASCL1:EGFP), Tg(3.3Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-5, ZDB-TGCONSTRCT-111013-3|2020-10-21
ZDB-ALT-111013-23|jh136Tg|||51, Tg(-6.1Hsa.ASCL1:EGFP;13.2Hsa.ASCL1:EGFP;phox2bb:EGFP)jh136|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-6.1Hsa.ASCL1:EGFP), Tg(13.2Hsa.ASCL1:EGFP), Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-1, ZDB-TGCONSTRCT-111013-5, ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111013-24|jh137Tg|||1, Tg(-6.1Hsa.ASCL1:EGFP;-1.4Hsa.ASCL1:EGFP)jh137|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-1.4Hsa.ASCL1:EGFP), Tg(-6.1Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-2, ZDB-TGCONSTRCT-111013-1|2020-10-21
ZDB-ALT-111013-25|jh138Tg|||58, Tg(3.3Hsa.ASCL1:EGFP;13.2Hsa.ASCL1:EGFP)jh138|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(13.2Hsa.ASCL1:EGFP), Tg(3.3Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-5, ZDB-TGCONSTRCT-111013-3|2020-10-21
ZDB-ALT-111013-26|jh139Tg|||15, Tg(-1.4Hsa.ASCL1:EGFP;7Hsa.ASCL1:EGFP;13.2Hsa.ASCL1:EGFP)jh139|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-1.4Hsa.ASCL1:EGFP), Tg(13.2Hsa.ASCL1:EGFP), Tg(7.0Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-2, ZDB-TGCONSTRCT-111013-5, ZDB-TGCONSTRCT-160325-2|2020-10-21
ZDB-ALT-111013-27|jh140Tg|||16, Tg(-7.3Hsa.ASCL1:EGFP;3.3Hsa.ASCL1:EGFP;7Hsa.ASCL1:EGFP)jh140|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-7.3Hsa.ASCL1:EGFP), Tg(3.3Hsa.ASCL1:EGFP), Tg(7.0Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111012-8, ZDB-TGCONSTRCT-111013-3, ZDB-TGCONSTRCT-160325-2|2020-10-21
ZDB-ALT-111013-28|jh141Tg|||22, Tg(-7.3Hsa.ASCL1:EGFP;-6.1Hsa.ASCL1:EGFP;-1.4Hsa.ASCL1:EGFP)jh141|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-1.4Hsa.ASCL1:EGFP), Tg(-6.1Hsa.ASCL1:EGFP), Tg(-7.3Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-2, ZDB-TGCONSTRCT-111013-1, ZDB-TGCONSTRCT-111012-8|2020-10-21
ZDB-ALT-111013-29|jh142Tg|||66, Tg(-1.4Hsa.ASCL1:EGFP;3.3Hsa.ASCL1:EGFP;phox2bb:EGFP)jh142|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-1.4Hsa.ASCL1:EGFP), Tg(3.3Hsa.ASCL1:EGFP), Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-2, ZDB-TGCONSTRCT-111013-3, ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111013-30|jh143Tg|||69, Tg(Hsa.ASCL1.1:EGFP;Hsa.ASCL1.2:EGFP;Hsa.ASCL1.3:EGFP;Hsa.ASjh143|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-1.4Hsa.ASCL1:EGFP), Tg(-6.1Hsa.ASCL1:EGFP), Tg(-7.3Hsa.ASCL1:EGFP), Tg(54.4Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-2, ZDB-TGCONSTRCT-111013-1, ZDB-TGCONSTRCT-111012-8, ZDB-TGCONSTRCT-111013-18|2020-10-21
ZDB-ALT-111013-31|jh144Tg|||70, Tg(-6.1Hsa.ASCL1:EGFP;7Hsa.ASCL1:EGFP;13.2Hsa.ASCL1:EGFP)jh144|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-6.1Hsa.ASCL1:EGFP), Tg(13.2Hsa.ASCL1:EGFP), Tg(7.0Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111013-1, ZDB-TGCONSTRCT-111013-5, ZDB-TGCONSTRCT-160325-2|2020-10-21
ZDB-ALT-111013-32|jh145Tg|||74, Tg(-6.1Hsa.ASCL1:EGFP;phox2bb:EGFP)jh145|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-6.1Hsa.ASCL1:EGFP), Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-1, ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111013-33|jh146Tg|||73, Tg(-7.3Hsa.ASCL1:EGFP;3.3Hsa.ASCL1:EGFP)jh146|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(-7.3Hsa.ASCL1:EGFP), Tg(3.3Hsa.ASCL1:EGFP)|ZDB-TGCONSTRCT-111012-8, ZDB-TGCONSTRCT-111013-3|2020-10-21
ZDB-ALT-111013-34|jh147Tg|||26, Tg(phox2bb:EGFP)jh147|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111013-35|jh148Tg|||56, Tg(phox2bb:EGFP)jh148|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111013-36|jh149Tg|||62, Tg(phox2bb:EGFP)jh149|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111013-37|jh150Tg|||79, Tg(phox2bb:EGFP)jh150|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(phox2bb:EGFP)|ZDB-TGCONSTRCT-111013-21|2020-10-21
ZDB-ALT-111012-4|jh151Tg|||Tg(Hsa.MPZ:EGFP)jh151|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(Hsa.MPZ:EGFP)|ZDB-TGCONSTRCT-111012-7|2020-10-21
ZDB-ALT-111012-5|jh152Tg|||Tg(Hsa.MPZ:EGFP)jh152|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(Hsa.MPZ_1026T>A:EGFP)|ZDB-TGCONSTRCT-111021-1|2020-10-21
ZDB-ALT-111012-3|jh153Tg|||Tg(Hsa.RET:EGFP)jh153|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg(Hsa.RET:EGFP)|ZDB-TGCONSTRCT-111012-6|2020-10-21
ZDB-ALT-131211-4|jh154Tg|||Tg1(Hsa.LMX1A-Mmu.Fos:EGFP)jh154|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg1(Hsa.LMX1A-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-131211-2|2020-10-21
ZDB-ALT-131211-5|jh155Tg|||Tg2(Hsa.LMX1A-Mmu.Fos:EGFP)jh155|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg2(Hsa.LMX1A-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-131211-3|2020-10-21
ZDB-ALT-131211-6|jh156Tg|||Tg3(Hsa.LMX1A-Mmu.Fos:EGFP)jh156|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg3(Hsa.LMX1A-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-131211-4|2020-10-21
ZDB-ALT-131211-7|jh157Tg|||Tg4(Hsa.LMX1A-Mmu.Fos:EGFP)jh157|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg4(Hsa.LMX1A-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-131211-5|2020-10-21
ZDB-ALT-131211-8|jh158Tg|||Tg5(Hsa.LMX1A-Mmu.Fos:EGFP)jh158|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg5(Hsa.LMX1A-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-131211-6|2020-10-21
ZDB-ALT-131211-9|jh159Tg|||Tg6(Hsa.LMX1A-Mmu.Fos:EGFP)jh159|Transgenic Insertion|embryos treated with DNA||McCallion Lab|ZDB-LAB-061018-1|Unmapped|Tg6(Hsa.LMX1A-Mmu.Fos:EGFP)|ZDB-TGCONSTRCT-131211-7|2020-10-21
ZDB-ALT-110221-4|jh15Tg|||Tg(bactin2:loxP-STOP-loxP-hmgb1-mCherry)jh15|Transgenic