RNA, U6 small nuclear 704, pseudogene (RNU6-704P)

RNU6-704P refers to a pseudogene derived from the gene encoding U6 small nuclear RNA, one of the five main snRNAs found in the spliceosome complex responsible for excising introns from nuclear pre-mRNA in eukaryotes[3]. Pseudogenes are genomic elements that resemble functional genes but are typically noncoding due to sequence disruption, mutation, or lack of regulatory elements. The parent molecule, U6 snRNA, is highly conserved and essential for splicing, participating directly in the catalytic core of the spliceosome and facilitating splice site recognition and catalysis[1][3]. In contrast, U6 snRNA pseudogenes like RNU6-704P generally lack biological activity and are believed to be evolutionary remnants or byproducts of gene duplication/transposition events[5][2]. While some pseudogenes have regulatory roles—acting as competitive endogenous RNAs, antisense regulators, or epigenetic modifiers—the majority do not encode functional products, and there is no published evidence for a biological, clinical, or therapeutic function for RNU6-704P in human disease or physiology[4][2]. It is not considered a therapeutic target, and erroneous listing as a target would be incorrect according to current literature and gene databases[2][4].

Other names

RNU6-704PRNA, U6 small nuclear 704, pseudogene

Null (no drugs or molecules target this pseudogene)