RNA, U6 small nuclear 314, pseudogene (RNU6-314P)

RNU6-314P encodes a **pseudogene copy** of U6 small nuclear RNA (snRNA), specifically the 314th annotated U6 snRNA-derived pseudogene in the human genome[4][5]. U6 snRNA is an essential component of the spliceosome machinery, critical for the splicing of precursor mRNA in eukaryotes[3][1]. However, RNU6-314P itself is a non-functional genetic element: it consists of DNA sequence homologous to genuine U6 snRNA but does not produce functionally active snRNA[5]. U6 snRNA pseudogenes, such as RNU6-314P, likely represent fossil sequences produced by retrotransposition events and show substantial sequence homology (typically >75%) to functional U6 snRNA genes[5][6]. These pseudogenes *do not participate in spliceosomal function*, are not known to be involved in disease, are not targeted by drugs, and are not applicable to patient biomarker selection[4][6]. They may serve as genomic markers for studying the dynamics and frequency of retrotransposition in mammalian genomes[6]. **Notable context:** - There are hundreds of U6 snRNA pseudogenes in the human genome, but their only established role is as *genomic relics* or potential evolutionary markers, not as functional RNA molecules[6]. - No evidence supports their utility as therapeutic targets or direct clinical relevance[4][6]. If you require information on the **functional parent molecule**, refer to **U6 small nuclear RNA (snRNA)**, which plays a central role in pre-mRNA splicing[1][3].

Other names

RNU6-314P