RNA, U6 small nuclear 296, pseudogene (RNU6-296P)

RNA, U6 small nuclear 296, pseudogene (RNU6-296P) is classified as a **pseudogene** derived from U6 small nuclear RNA (snRNA) sequences[1][6]. U6 snRNAs are essential components of the spliceosome, the cellular machinery responsible for removal of introns from pre-mRNA during mRNA splicing[3][5]. However, RNU6-296P lacks protein-coding capability and does not produce a functional RNA product; it bears sequence similarity to authentic U6 snRNA genes but contains structural differences such as direct sequence repeats, reflecting its origin as a nonfunctional genomic copy[2]. There are many U6-derived pseudogenes in the human genome, which are considered "genomic fossils" without canonical regulatory or enzymatic activity[5][2]. No evidence exists for a physiological, pathological, or therapeutic role of RNU6-296P. **Key Points:** - RNU6-296P is a **pseudogene** and not an active molecular target, enzyme, transporter, or receptor. - It is not implicated in biological processes, disease roles, or therapeutic mechanisms. - No drugs, disease associations, mechanisms of action, biomarkers, or safety concerns are reported for this pseudogene. - Its sequence reflects evolutionary remnants of the essential U6 snRNA gene, central in spliceosome function, but **RNU6-296P itself is nonfunctional**[2][6].

Other names

RNU6-296PRNA, U6 small nuclear 296 pseudogene