Novel zinc finger pseudogene (ENSG00000275547)

The novel zinc finger pseudogene (ENSG00000275547) is a noncoding DNA segment in the human genome that has sequence similarity to genes encoding zinc finger proteins, specifically those involved in DNA binding and gene regulation[1][7]. Classified as a "pseudogene," it does not encode a functional protein and lacks the necessary elements for transcription and translation, such as a suitable promoter region[2][8]. Zinc finger pseudogenes typically arise through retrotransposition or duplication events, which copy and disable protein-coding genes during evolution[8][3]. While most pseudogenes are biologically inactive, some may display residual transcription or exert subtle regulatory influences; however, there is no evidence to suggest therapeutic significance for ENSG00000275547[1][8]. This entry refers specifically to a nonfunctional gene segment resembling the zinc finger protein family but should not be considered a valid therapeutic or research target.

Other names

novel zinc finger pseudogeneENSG00000275547

None (no drug mechanisms are relevant)