RN7SK pseudogene 37 (RN7SKP37)

RN7SK pseudogene 37 (RN7SKP37) is classified as a pseudogene related to the functional small nuclear RNA 7SK (RN7SK)[1]. Pseudogenes like RN7SKP37 are typically non-functional RNA gene copies that do not encode functional proteins or RNAs and lack demonstrated biological roles, disease associations, or therapeutic relevance. RN7SKP37 should not be confused with RN7SK itself, which is a highly conserved and functional non-coding small nuclear RNA with regulatory roles in RNA polymerase II transcription elongation and cell cycle control[2][3][4]. There is currently no evidence that RN7SKP37 is involved in any canonical signaling, enzymatic, transporter, or receptor processes, nor any therapeutic or drug target function. Key clarifications: - RN7SKP37 is a pseudogene, not an active gene product or protein, and is not considered a therapeutic target[1]. - There is no evidence for its involvement in disease states, biological functions, or as a pathway/drug target. - Much of the literature on "RN7SK" concerns the functional gene (not the pseudogene), whose regulatory roles should not be ascribed to RN7SKP37. If your intention was to ask about the functional RN7SK gene (not the pseudogene RN7SKP37), the information would be different; RN7SK has roles in transcription regulation, cell cycle, and differentiation, but RN7SKP37 does not[2][3][4].

Other names

RNA, 7SK small nuclear pseudogene 37RN7SKP37