VPS51 pseudogene 11 (VPS51P11)

VPS51 pseudogene 11 is a human pseudogene related to the VPS51 gene family but does not encode a functional protein. Pseudogenes are generally non-functional copies or fragments of genes that have lost protein-coding ability through mutation or evolutionary processes. There is no evidence linking VPS51P11 to any molecular function, disease role, or therapeutic targeting. Its main relevance is genomic annotation and, in some rare cases, potential regulatory RNA roles similar to other pseudogenes; however, there is no specific evidence for VPS51P11 in this context[3][5]. This entry refers to a pseudogene, not an active protein target such as a receptor, enzyme, transporter, or transcription factor[3]. No credible data suggest that VPS51P11 has protein function, pathological roles, or participates in known drug interactions or disease pathways[3][5]. Any reference to VPS51P11 as a therapeutic target or marker is incorrect; all available information supports that it is a non-coding pseudogene. The functional, protein-coding counterpart, VPS51 (VPS51 subunit of GARP complex), is distinct and involved in vesicle-mediated transport and has been studied in the context of rare neurodevelopmental diseases[1][2][4]. Pseudogenes, including VPS51P11, are occasionally listed in gene databases for completeness, but their clinical and functional relevance is generally minimal unless shown otherwise in research (which is not the case here)[5].

Other names

VPS51P11