Zinc finger protein 99 pseudogene (ZNF99P)

Zinc finger protein 99 pseudogene (ENSG00000250560, abbrev. ZNF99P) is a genomic locus corresponding to a nonfunctional, processed pseudogene related to the protein-coding zinc finger protein 99 (ZNF99)[4][5]. Pseudogenes arise through duplication or retrotransposition events and typically contain sequence disruptions (e.g., stop codons, frameshifts) that prevent translation into a full-length, functional protein[4]. Although the parent zinc finger proteins are part of a large family of DNA-binding transcription factors involved in gene regulation[1][3][5], the pseudogene form is nonfunctional and is not considered a molecular target for drugs or therapeutic development. No canonical biological functions, drug interactions, or disease associations are reported for this pseudogene. Key notes: - This entry is not a therapeutic target. - The related active gene would be ZNF99 (Zinc finger protein 99)[5], not the pseudogene. - Pseudogenes can occasionally have regulatory roles at the RNA level, but this is uncommon and not reported for ENSG00000250560. - Confusion sometimes arises between pseudogenes and their parent genes in databases; for therapeutic projects, use the protein-coding form if relevant[4][5].

Other names

ZNF99PZinc finger protein 99 pseudogene(Ensembl: ENSG00000250560)

None; Drugs do not target pseudogenes.