RN7SK pseudogene 271 (RN7SKP271)

RN7SK pseudogene 271 (RN7SKP271) is a non-functional DNA sequence in the human genome that is similar in sequence to the functional RN7SK small nuclear RNA gene, but does not produce a functional RNA product, nor does it have a known regulatory or biological role[4]. The functional RN7SK gene encodes a major noncoding RNA, critical for regulation of transcriptional elongation by controlling positive transcription elongation factor b (P-TEFb)[2][5][6]. In contrast, RN7SK pseudogenes like RN7SKP271 are considered genomic relics arising from duplication or retrotransposition events and are not implicated in cellular processes, disease, or drug action. The query refers specifically to "RN7SK pseudogene 271," which by standard genomics nomenclature (including Ensembl, NCBI Gene, and GENCODE annotation conventions) designates a pseudogene rather than a protein-coding or functional noncoding RNA[4]. Pseudogenes are not considered druggable targets and do not encode functional proteins or RNAs, nor do they play direct roles in cell signaling, transcription, or as disease mediators. The functional molecule is RN7SK small nuclear RNA (sometimes abbreviated RN7SK), which plays a major role in transcription regulation, cell cycle, and neuronal function, but this does not apply to the pseudogene variant[1][2][3][5][6].

Other names

RN7SKP271RN7SKP271 gene