RN7SK pseudogene 52 (RN7SKP52)

RN7SK pseudogene 52 (RN7SKP52) is a predicted non-coding RNA gene categorized as a *pseudogene* of the functional RN7SK small nuclear RNA (snRNA) gene. Pseudogenes, by definition, are generally non-functional remnants of genes that have lost their ability to encode functional RNAs or proteins, usually due to mutations or truncations. Unlike the functional RN7SK snRNA, which plays a well-established regulatory role in controlling RNA polymerase II pausing and transcription via the 7SK snRNP complex[1][2][3], RN7SKP52 is not transcribed into a functional product, has no documented biological activity, and does not serve as a molecular drug or disease target. Therefore, it is not recognized as a therapeutically actionable site or relevant to pharmacological intervention. - The functional RN7SK snRNA is involved in cell cycle control, cellular differentiation (notably in the epidermis), and regulation of gene transcription—primarily via interactions with the P-TEFb complex and modulating RNA polymerase II activity[1][2][3]. - However, the pseudogene RN7SKP52 is a genomic artifact and does not participate in these biological pathways. - There is currently no evidence linking RN7SKP52 to disease, druggability, or clinical relevance. Note: If you intended to refer to the functional *RN7SK* gene or snRNA, which does participate in critical transcriptional regulation, please clarify. The pseudogene RN7SKP52 does not share these functional properties.

Other names

RN7SKP52RNA, 7SK small nuclear pseudogene 52