RNA, U1 small nuclear 112, pseudogene (RNU1-112P)

RNU1-112P (RNA, U1 small nuclear 112, pseudogene) is classified as a pseudogene of the U1 small nuclear RNA (snRNA) family[1][4]. Pseudogenes are nonfunctional copies of gene sequences that usually do not encode functional products. Unlike active U1 snRNA genes (such as RNU1-1, which is essential for pre-mRNA splicing), RNU1-112P does not produce a functionally active RNA and does not participate in known biological processes or pathways[1][4][2]. There is currently no evidence linking RNU1-112P to disease, drug interaction, or use as a biomarker. Its main utility is as a genomic reference for evolutionary and structural analyses within snRNA gene families and pseudogenes. Key context and clarification: - Not a therapeutic target: RNU1-112P is a noncoding RNA pseudogene; there is no evidence it encodes a protein or functional RNA, nor is it targeted by any drugs, used in therapy, or considered a disease or cellular function modulator[1][4]. - Pseudogene status: Unlike functional U1 small nuclear RNA genes (such as RNU1-1 or RNU1-2), which are required for spliceosome function and gene expression regulation[2][3][6], RNU1-112P is annotated as a nonfunctional locus and does not contribute to molecular or cellular activity. - Is_incorrect: If the intent is to identify a therapeutic or biologically relevant RNA target, then "RNU1-112P" is not appropriate—this is a pseudogene, not a functional receptor, enzyme, or other canonical drug target. For structured curation, almost all fields return null except for name, class, and explicit note that it is a pseudogene and not a target.

Other names

RNU1-112PRNA U1 small nuclear 112 pseudogeneU1 snRNA pseudogene 112