RNA, U6 small nuclear 360, pseudogene (RNU6-360P)

**RNU6-360P** (RNA, U6 small nuclear 360, pseudogene) is a *pseudogene* corresponding to the U6 small nuclear RNA gene. U6 small nuclear RNA itself is a highly conserved, functional, noncoding RNA and a key catalytic component of the spliceosome, which is the molecular complex responsible for excising introns from pre-messenger RNA in eukaryotic cells[1][3]. However, **pseudogenes** like RNU6-360P are non-functional genomic sequences that resemble functional snRNA genes but have lost their ability to encode functional RNA or protein due to mutations or truncations[2][5][6]. U6 snRNA pseudogenes are generally the result of retrotransposition events—often mediated by LINE-1 (L1) elements—which duplicate snRNA genes and insert inactive copies into the genome[5][6]. These pseudogenes do not participate in splicing, are not known to be involved in disease, do not code for any protein or functional RNA, and are not considered therapeutic targets or biomarkers. Their main value is as genomic markers for retrotransposition activity and genome evolution research[6]. **Note:** The designation "pseudogene" in the name RNU6-360P means it is not a functional gene product or a therapeutic target, and there is no evidence for disease association, drug targeting, or known biological function for this specific molecule. There is nothing therapeutically actionable about this entry; its main relevance is for genomic annotation and retrotransposition studies[6].

Other names

RNU6-360PU6 snRNA pseudogeneU6 small nuclear RNA pseudogene