Septin 7 pseudogene 10 (SEPTIN7P10)

SEPTIN7P10 is a pseudogene related to the septin 7 gene found in the human genome. Pseudogenes are nonfunctional DNA sequences that resemble functional protein-coding genes but typically contain mutations or deletions that prevent correct transcription or translation, and thus do not produce functional proteins[1][5][7]. While some pseudogenes may play regulatory roles or impact genetic diversity—sometimes by acting as microRNA decoys or influencing nearby gene expression—SEPTIN7P10 has no documented protein product or direct biological activity in humans[1][3][5][7]. In contrast, its parent gene, septin 7, is a cytoskeletal GTPase involved in cell division and other key cellular functions[2][4]. SEPTIN7P10 itself is not a therapeutic target nor associated with disease processes via known mechanisms. SEPTIN7P10 is a non-functional, non-coding pseudogene—NOT a therapeutic target, receptor, enzyme, or biomarker. No drugs or mechanisms of action are relevant. This entry is not a valid drug target; referencing "Septin 7 pseudogene 10" is incorrect in a therapeutic context.

Other names

SEPTIN7P10

None applicable. As a non-functional pseudogene, there are no drug mechanisms of action relevant to this locus.