XB-FEAT-29076930: Difference between revisions
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Created page with "= ‘’ pierce2’’ = This is the community wiki page for the ''Xenopus pierce2'' genes, please feel free to add any information that is relevant to this gene that is not already captured elsewhere in Xenbase. =Nomenclature changes= 02OCT2024 ''Xenopus'' gene symbol changed from ''c3h15orf65'' to ''pierce2'' ''Xenopus'' gene name changed from '' chromosome 3 C15orf65 homolog'' to ''piercer of microtubule wall 2'' annotation notes= 02OCT2024 Note that the orth..." |
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''Xenopus'' gene name changed from '' chromosome 3 C15orf65 homolog'' to ''piercer of microtubule wall 2'' | ''Xenopus'' gene name changed from '' chromosome 3 C15orf65 homolog'' to ''piercer of microtubule wall 2'' | ||
annotation notes= | |||
=annotation notes= | |||
02OCT2024 | 02OCT2024 | ||
Note that the orthologs assertions for this gene are from NCBI, which are based on sequence similarity and local synteny across vertebrate taxa. Synteny is not always conserved, so the flanking genes may not correspond when comparing gene order in ''Xenopus'' to human mouse rat chicken and/or zebrafish. | Note that the orthologs assertions for this gene are from NCBI, which are based on sequence similarity and local synteny across vertebrate taxa. Synteny is not always conserved, so the flanking genes may not correspond when comparing gene order in ''Xenopus'' to human mouse rat chicken and/or zebrafish. | ||
Latest revision as of 07:20, 2 October 2024
‘’ pierce2’’
This is the community wiki page for the Xenopus pierce2 genes, please feel free to add any information that is relevant to this gene that is not already captured elsewhere in Xenbase.
Nomenclature changes
02OCT2024
Xenopus gene symbol changed from c3h15orf65 to pierce2
Xenopus gene name changed from chromosome 3 C15orf65 homolog to piercer of microtubule wall 2
annotation notes
02OCT2024
Note that the orthologs assertions for this gene are from NCBI, which are based on sequence similarity and local synteny across vertebrate taxa. Synteny is not always conserved, so the flanking genes may not correspond when comparing gene order in Xenopus to human mouse rat chicken and/or zebrafish.