RN7SK pseudogene 70 (RN7SKP70)

RN7SK pseudogene 70 (RN7SKP70) refers to a *pseudogene* related to the human RN7SK gene, which codes for 7SK small nuclear RNA, a noncoding RNA involved in regulating RNA polymerase II transcription elongation, cell cycle, and gene expression via interaction with the transcriptional elongation factor P-TEFb[2][3]. Pseudogenes like RN7SKP70 do not encode functional proteins or functional RNAs; instead, they are considered nonfunctional remnants or variants of their parent genes and typically lack independent biological roles. The functional, non-pseudogene version, RN7SK, has been studied for its regulatory effects in cell differentiation, RNA metabolism, and immune cell polarization[1][2][3]. There is no evidence that RN7SK pseudogenes, including RN7SKP70, are direct therapeutic targets, druggable, or used as biomarkers, nor are they classified among canonical receptor, enzyme, transporter, or transcription factor families. Key clarifications: - The *functional* gene is RN7SK (7SK small nuclear RNA), not the pseudogene RN7SKP70[2][3]. - RN7SKP70 is not recognized as a drug target or a molecule with a well-established role in disease or biology, beyond being a potential genomic marker of pseudogene presence. - The information above refers directly to the pseudogene requested, not the functional RN7SK locus. If you require details on the functional long noncoding RNA RN7SK, distinct from the pseudogene, more information can be provided.

Other names

RN7SKP70RNA, 7SK small nuclear pseudogene 70