Zinc finger protein 885, pseudogene (ZNF885P)

Zinc finger protein 885, pseudogene (ZNF885P) is a non-coding genomic sequence classified as a pseudogene of the zinc finger protein family. Pseudogenes are DNA sequences that resemble genes but typically have lost the ability to encode functional proteins[4]. While zinc finger proteins are structurally characterized by zinc finger domains and are commonly involved in DNA binding and gene regulation[3][5], pseudogenes like ZNF885P generally do not produce functional protein products and are not considered therapeutic targets for modulation by drugs or biologics[4]. There is no current evidence for ZNF885P having a disease role, being a drug target, nor does it have established biological function beyond possible regulatory RNA effects seen in some pseudogenes[4]. ZNF885P may be listed in research catalogs for genomic studies[1], but it is not a protein, enzyme, transporter, receptor, or traditional drug target. This entry is not a therapeutic target; it is a transcribed pseudogene. The information is likely to be incomplete regarding biological functions or disease association, as is typical for most annotated pseudogenes. Pseudogenes like ZNF885P can sometimes have regulatory effects at the RNA level (by affecting expression of their parent gene), but no such specific roles have been described for ZNF885P in the current literature and database records[4]. The zinc finger family, in general, consists predominantly of DNA-binding transcription factors with roles in gene regulation, but pseudogenes do not encode functional protein forms[3][5].

Other names

ZNF885PZinc finger protein 885 pseudogene