RNA, U6 small nuclear 794, pseudogene (RNU6-794P)

**RNA, U6 small nuclear 794, pseudogene (RNU6-794P)** is a nonfunctional, noncoding RNA sequence in the human genome derived from retrotransposition or duplication of the U6 small nuclear RNA gene[5]. U6 snRNA genes encode highly conserved RNA molecules that are core components of the *spliceosome* in eukaryotic cells and catalyze intron removal from pre-mRNA[1]; however, pseudogenes such as RNU6-794P do not participate in splicing. Processed pseudogenes like RNU6-794P are prevalent in vertebrate genomes and result from the retrotransposition of functional small RNAs[5]. Most U6 pseudogenes do not produce functional RNA or protein, but the broader set of RNA pseudogenes may rarely be transcribed and act in regulatory capacities (e.g., as siRNAs or competing endogenous RNAs)[2][4]. There is currently no report of direct functional or disease relevance for RNU6-794P itself. **Summary of relevance**: RNU6-794P is *not an active biological target* and does not have known functions or disease associations. Its primary significance lies in *pseudogene biology and retrotransposition research*, rather than pharmacological targeting or biomarker development[5][1].

Other names

RNU6-794PU6 snRNA pseudogene 794RNA, U6 small nuclear pseudogene 794RNA, U6 small nuclear 794, Pseudogene

None. *No mechanism of drug action* is described for this pseudogene.