Orthology established by Briolat et al., 2014 (268 genes)
Orthology for mkxa (
Chr:
12
)
Orthology for mkxb (
Chr:
2
)
Orthology for mov10a (
Chr:
6
)
Orthology for mov10b.1 (
Chr:
8
)
- Note
- mov10b.1 and mov10b.2 appear to be the result of a tandem duplication with sequence identity and conserved synteny to human MOV10 and mouse Mov10. Zebrafish mov10a is the genome duplicate of the ancestral mov10b gene.
Orthology for mov10b.2 (
Chr:
8
)
- Note
- mov10b.1 and mov10b.2 appear to be the result of a tandem duplication with sequence identity and conserved synteny to human MOV10 and mouse Mov10. Zebrafish mov10a is the genome duplicate of the ancestral mov10b gene.
Orthology for mvb12ba (
Chr:
5
)
Orthology for mvb12bb (
Chr:
8
)
Orthology for myd88 (
Chr:
24
)
Orthology for n4bp1 (
Chr:
18
)
Orthology for napaa (
Chr:
5
)
Orthology for napab (
Chr:
18
)
Orthology for nbn (
Chr:
16
)
Orthology for ncf1 (
Chr:
5
)
Orthology for ncoa3 (
Chr:
11
)
Orthology for ndc80 (
Chr:
12
)
Orthology for nexn (
Chr:
8
)
Orthology for nmi (
Chr:
9
)
Orthology for nod2 (
Chr:
7
)
Orthology for nos2a (
Chr:
5
)
Orthology for nos2b (
Chr:
15
)