Zinc finger protein 826 pseudogene (ZNF826P)

Zinc finger protein 826 pseudogene (ZNF826P) is a predicted pseudogene belonging to the zinc finger protein family, which are known for their DNA-binding transcription factor activity and roles in transcriptional regulation. ZNF826P is predicted to enable DNA-binding transcription factor activity, and may be involved in the regulation of DNA-templated transcription, with localization in the nucleus[2]. However, being annotated as a pseudogene, it is not currently considered a functional protein-coding gene, nor is it recognized as a therapeutic target. There is no direct evidence linking ZNF826P to disease mechanisms, drug interactions, or biomarker status. Most functional zinc finger proteins are important in cell differentiation, genome stability, and development, but ZNF826P lacks established biological or clinical relevance in current literature[1][3][2].\n\nIf you need information about functional zinc finger proteins, such as those with established therapeutic relevance (e.g., KRAB domain-containing zinc finger proteins or engineered zinc finger nucleases), they will differ significantly from ZNF826P, which is classified and annotated as a pseudogene.

Other names

ZNF826PZinc finger protein 826, pseudogenePutative zinc finger protein 826ZNF826FLJ44894

Not applicable; no drugs are known to target this molecule