RNA, U6 small nuclear 1025, pseudogene (RNU6-1025P)

RNA, U6 small nuclear 1025, pseudogene (RNU6-1025P) is a noncoding RNA locus classified as a pseudogene in the genome, related by sequence to the highly conserved U6 small nuclear RNA (snRNA) but lacking protein-coding and canonical snRNA function. RNU6-1025P is a genomic pseudogene derived from the highly conserved U6 small nuclear RNA gene locus. U6 snRNA is an essential noncoding RNA involved in the spliceosome complex, mediating pre-mRNA splicing in eukaryotic nuclei. RNU6-1025P, however, is a pseudogene — it retains sequence similarity to U6 but has lost the capacity for normal snRNA function due to disabling mutations or truncations. Pseudogenes, including RNU6-1025P, are generally considered functionless copies or remnants of active genes, although in rare cases they may influence biological processes through regulatory RNA functions; no such role has been established for RNU6-1025P. This locus is not a drug target, does not encode a functional protein or RNA component, and is not associated with any known disease state or therapeutic intervention. It is important not to confuse RNU6-1025P with functionally active U6 snRNA, which is a central RNA component of the spliceosome complex. RNU6-1025P is a “processed pseudogene”—likely arising via retrotransposition—and annotated as such in genomic databases. There is no evidence that RNU6-1025P is transcribed, functions as an lncRNA, or acts as a biomarker or therapeutic target. In summary, RNU6-1025P is an inactive, non-protein-coding RNA pseudogene, related by sequence to U6 snRNA but not involved in splicing or disease biology, and is not considered a molecular target for drug discovery or therapy.

Other names

RNU6-1025PRNA, U6 small nuclear 1025, pseudogene