RNA, U6 small nuclear 107, pseudogene (RNU6-107P)

RNU6-107P is a nonfunctional pseudogene derived from the U6 small nuclear RNA (snRNA) gene family. U6 snRNA is a highly conserved, noncoding component of the spliceosome, essential for mRNA splicing in the nucleus of eukaryotes[5][3]. U6 pseudogenes such as RNU6-107P are present in multiple copies in the genome and do not encode functional RNA, nor are they known to be transcribed or have a direct role in cellular processes[5][1]. The presence of such pseudogenes may reflect evolutionary processes and genomic architecture, but RNU6-107P itself is not implicated in disease mechanisms, therapeutic intervention, or drug interaction. Summary of evidence and context: - U6 snRNA is essential for splicing, but RNU6-107P is a pseudogene—a genomic sequence resembling a gene but nonfunctional[5]. - The U6 gene family includes many functional genes and many pseudogenes, commonly found as genomic "back-ups" or relics, but these pseudogenes do not produce proteins or functional RNA[5][1]. - No evidence exists for RNU6-107P as a biomarker, therapeutic target, or a protein-interacting entity. It is not a receptor, enzyme, transporter, or drug target[5][1].

Other names

RNU6-107PRNA, U6 small nuclear 107, pseudogene