Zinc finger protein 663, pseudogene (ZNF663P)

Zinc finger protein 663, pseudogene (ZNF663P, also known as DKFZp547G0215), is a **pseudogene** of the zinc finger protein 663 gene family. Pseudogenes are genomic DNA sequences that resemble functional genes but typically do not code for functional proteins due to disabling mutations, truncations, or lack of regulatory elements[3][10]. While the parent zinc finger protein genes encode transcription factors involved in gene regulation, ZNF663P itself is not believed to produce a functional protein product and is thus generally considered nonfunctional[7][9]. Some pseudogenes exhibit regulatory functions at the RNA level, such as acting as competing endogenous RNAs (ceRNAs) or miRNA decoys, but there is no experimental evidence supporting a specific regulatory role for ZNF663P[2][6][8]. No known drugs act on ZNF663P, and it is not considered a therapeutic target. **Notes on functional context:** - As a pseudogene, ZNF663P does not belong to molecular families such as receptor, enzyme, transporter, or canonical transcription factor categories, but its sequence is related to zinc finger transcription factors[3][4][7]. - There is nothing "wrong" with this target in the sense of spelling or identification, but it is *not* a drug target; care should be taken not to confuse this pseudogene with its functional protein-coding parent gene ZNF663. - Should not be selected for therapeutic targeting, biomarker use, or functional annotation as an active protein.

Other names

ZNF663DKFZp547G0215