RNA, U6 small nuclear 976, pseudogene (RNU6-976P)

RNA, U6 small nuclear 976, pseudogene (RNU6-976P) is a human gene classified as a pseudogene derived from the U6 small nuclear RNA sequence[1][2]. U6 snRNA is an essential component of the spliceosome catalyzing intron excision in pre-mRNA during nuclear splicing, but RNU6-976P itself does not produce functional snRNA and does not participate in canonical splicing functions[5][3]. Pseudogenes such as RNU6-976P are typically non-functional, though emerging evidence shows pseudogene transcripts can affect gene expression through RNA-based mechanisms, such as regulation of microRNAs, formation of endogenous siRNAs, acting as competing endogenous RNAs, or modulating the parental gene epigenetically[4]. RNU6-976P is not a receptor, enzyme, transporter, or transcription factor, and is not a canonical therapeutic target. There is no documented role for RNU6-976P in disease, drug interaction, or clinical biomarker applications. It serves as a genomic relic and may have indirect or as-yet-undetermined regulatory roles, consistent with the broader class of pseudogenes.

Other names

RNU6-976PRNA, U6 small nuclear 976, pseudogene

Pseudogenes are not known druggable targets; mechanisms described for pseudogenes involve RNA competition for microRNA binding, epigenetic regulation of parental genes, etc., but no drug mechanism applies to RNU6-976P