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RNA, U6 small nuclear 1141, pseudogene (RNU6-1141P)

Target: RNU6-1141P
Molecular classification: Pseudogene, Small nuclear RNA-derived element

Overview

RNU6-1141P is a pseudogene copy of the U6 small nuclear RNA gene, which was likely formed by retrotransposition or duplication followed by loss of function[6][5]. The parental gene, U6 snRNA, is a crucial RNA component within the spliceosome, driving pre-mRNA splicing in eukaryotic cells and highly conserved across species[1][3]. In contrast, pseudogenes such as RNU6-1141P no longer function in splicing or other cellular processes. Mammalian genomes contain many U6 snRNA pseudogenes, which are considered non-coding, lack protein products, and generally have no regulatory or disease relevance unless otherwise demonstrated[6][5]. Currently, there is no evidence that RNU6-1141P is transcribed, functional, or clinically relevant as a therapeutic target or biomarker.

Other names: RNU6-1141PRNA, U6 small nuclear 1141, pseudogene

Mechanism of action

None (does not encode a functional molecule)

Biological functions

None (pseudogenes are typically transcriptionally inactive and do not have biological function; some pseudogenes may have regulatory roles, but this is not established for RNU6-1141P)

Disease associations

Other (no known role in disease)

Safety considerations

None (no therapeutic intervention or known clinical significance)

Interacting drugs

None (not a functional target; no drugs known to interact directly)

Biomarkers

None (not used as a biomarker)

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