Mapping Details

Genome Browser Chr Position Assembly ZFIN JBrowse 21 34,364,456 - 34,658,266 GRCz11 Ensembl 21 34,364,456 - 34,658,266 GRCz11 Vega 21 34,329,966 - 34,623,776 GRCv10 NCBI Map Viewer 21 34,363,972 - 34,658,286 GRCz11 UCSC 21 - GRCz11

Mapped Clones containing dacha
CH211-186C22	Chr: 21 Details
DKEY-117J3	Chr: 21 Details
DKEY-228B12	Chr: 21 Details
CH211-119P6	Chr: 21 Details
CH211-112H5	Chr: 21 Details

GENETIC MAPPING PANELS: No data available

MAPPING FROM PUBLICATIONS

Marker	Type	Chr	Distance	Publication / Person	Comments
chm	GENE	21		Starr et al., 2004	Starr CJ et al. (Proc. Natl. Acad. Sci USA 2004) mapped the mutant phenotype  ... Starr CJ et al. (Proc. Natl. Acad. Sci USA 2004) mapped the mutant phenotype chm identified in the ru848 line to LG 21. The phenotype cosegregated with z4425. Further characterization with additional markers revealed a second marker z10960 that was 7.2 cM distant on the other side of the mutation. Genotyping of 2000 mutant larvae revealed that there were only three recombinants between z10960 and chm while there there were 225 recombinants between z4425 and the mutant phenotype. Analyses of BACs containing z10960 revealed the presence of two genes dacha and chm in the region. Subsequent experiments revealed the presence of a nonsense mutation in the chm gene to be responsible for the mutant phenotype.
z10960	SSLP	21		Starr et al., 2004	Starr CJ et al. (Proc. Natl. Acad. Sci USA 2004) mapped the mutant phenotype  ... Starr CJ et al. (Proc. Natl. Acad. Sci USA 2004) mapped the mutant phenotype chm identified in the ru848 line to LG 21. The phenotype cosegregated with z4425. Further characterization with additional markers revealed a second marker z10960 that was 7.2 cM distant on the other side of the mutation. Genotyping of 2000 mutant larvae revealed that there were only three recombinants between z10960 and chm while there there were 225 recombinants between z4425 and the mutant phenotype. Analyses of BACs containing z10960 revealed the presence of two genes dacha and chm in the region. Subsequent experiments revealed the presence of a nonsense mutation in the chm gene to be responsible for the mutant phenotype.
z4425	SSLP	21		Starr et al., 2004	Starr CJ et al. (Proc. Natl. Acad. Sci USA 2004) mapped the mutant phenotype  ... Starr CJ et al. (Proc. Natl. Acad. Sci USA 2004) mapped the mutant phenotype chm identified in the ru848 line to LG 21. The phenotype cosegregated with z4425. Further characterization with additional markers revealed a second marker z10960 that was 7.2 cM distant on the other side of the mutation. Genotyping of 2000 mutant larvae revealed that there were only three recombinants between z10960 and chm while there there were 225 recombinants between z4425 and the mutant phenotype. Analyses of BACs containing z10960 revealed the presence of two genes dacha and chm in the region. Subsequent experiments revealed the presence of a nonsense mutation in the chm gene to be responsible for the mutant phenotype.

OTHER MAPPING INFORMATION

Chr 21 Starr et al., 2004 Starr CJ et al. (Proc. Natl. Acad. Sci USA 2004) mapped the mutant phenotype chm identified in the  ... Starr CJ et al. (Proc. Natl. Acad. Sci USA 2004) mapped the mutant phenotype chm identified in the ru848 line to LG 21. The phenotype cosegregated with z4425. Further characterization with additional markers revealed a second marker z10960 that was 7.2 cM distant on the other side of the mutation. Genotyping of 2000 mutant larvae revealed that there were only three recombinants between z10960 and chm while there there were 225 recombinants between z4425 and the mutant phenotype. Analyses of BACs containing z10960 revealed the presence of two genes dacha and chm in the region. Subsequent experiments revealed the presence of a nonsense mutation in the chm gene to be responsible for the mutant phenotype.