RNA, U6 small nuclear 587, pseudogene (RNU6-587P)

RNU6-587P is a processed pseudogene belonging to the U6 small nuclear RNA (snRNA) gene family. U6 snRNA is essential for splicing of pre-mRNA in eukaryotic cells, acting as a component of the spliceosome[^1]. However, RNU6-587P and related pseudogenes do not encode functional RNAs or proteins[4][5]. Pseudogenes such as RNU6-587P are typically generated by retrotransposition events and are non-functional remnants scattered through the genome[5]. They are not involved in any known biological process or disease and do not serve as drug targets, biomarkers, or have safety concerns attached to their modulation. [^1]: For detailed U6 snRNA function and importance, see [1][3]. For general features and formation of snRNA pseudogenes, see [5]. For RNU6-587P specific database records, see [4]. Key points: - RNU6-587P is a *pseudogene* copy of U6 snRNA and does *not* encode a functional RNA or protein[4][5]. - U6 snRNA is vital for pre-mRNA processing in spliceosomes, but RNU6-587P is *not* expressed or functional[1][3][5]. - Pseudogenes like RNU6-587P arise through retrotransposon-mediated duplication, contain sequence similarities to functional U6 genes, and are abundant in vertebrate genomes[5]. - RNU6-587P is *not* a therapeutic target or biomarker, and there are no known drugs or disease roles associated with it.

Other names

RNU6-587PRNA, U6 small nuclear 587, pseudogene