Zinc finger protein 252, pseudogene (ZNF252P)

Zinc finger protein 252, pseudogene (ZNF252P) is a non-functional copy of the ZNF252 gene, classified as a pseudogene and located on chromosome 19. Pseudogenes are remnants of once-functional genes and, by definition, do not code for an active protein product[2]. Zinc finger proteins are generally DNA-binding proteins involved in transcriptional regulation, but pseudogenes like ZNF252P do not perform these biological roles and are not considered therapeutic targets[2][1]. Essential context: ZNF252P is a pseudogene, not a protein-coding gene or a functional receptor, enzyme, transporter, or therapeutic target[2]. Pseudogenes are often remnants of formerly functional genes and generally do not produce functional proteins relevant for drug targeting or disease mechanism studies[2]. While zinc finger proteins have important regulatory and transcription factor roles[1][5][3], ZNF252P itself does not have known biological or disease-related functions due to its non-functionality[2]. Summary of special considerations: The target is not druggable or therapeutically relevant. No documented biological functions, disease associations, drugs, or mechanisms of action exist for ZNF252P. This entry is marked as 'is_incorrect: true' because ZNF252P is not a true therapeutic target, is non-functional, and likely was included due to mistaken equivalence with functional zinc finger proteins. Its correct molecular classification is 'Other' rather than, for example, 'Transcription factor' or 'Enzyme', because a pseudogene does not have a protein product[2].

Other names

ZNF252Pzinc finger protein 252 pseudogenezinc finger protein 252-psZNF252-ps