RNA, U6 small nuclear 147, pseudogene (RNU6-147P)

RNA, U6 small nuclear 147, pseudogene (RNU6-147P) is a **pseudogene** related to the U6 small nuclear RNA (snRNA) family. The canonical U6 snRNA is a highly conserved, non-coding RNA component of the spliceosome, essential for the removal of introns from pre-mRNA during mRNA splicing[1][3]. In contrast, **pseudogenes** such as RNU6-147P are DNA sequences similar to functional genes but generally lack biological activity: they are not believed to be transcribed into functional RNA, nor do they encode proteins or possess known biological effects[5]. Pseudogenes can arise via duplication or retrotransposition events, and U6 snRNA pseudogenes are distributed across genomes by such mechanisms[5]. They serve primarily as markers of genome evolution and retrotransposition activity rather than as functional molecules or therapeutic targets. **Key insights:** - There is no known function, biological activity, disease role, or drug interaction for RNU6-147P specifically; it is not considered a therapeutic target, nor is it referenced as a biomarker or subject to safety concerns[5]. - The entry is correct in terms of molecular nomenclature but is not an actionable or relevant therapeutic target and lacks relevant structured data for most requested fields. - U6 pseudogenes should not be confused with the functional U6 snRNA, which is essential for splicing[1][3][5]. This entry is best classified as a **non-coding RNA pseudogene**, not a drug target, with no established functional or clinical significance.

Other names

RNU6-147PU6 snRNA pseudogene