RNA, U1 small nuclear 24, pseudogene (RNU1-24P)

RNU1-24P is a pseudogene belonging to the U1 small nuclear RNA (snRNA) gene family and is annotated in the human genome as a non-coding RNA[4]. Pseudogenes are gene sequences that resemble real genes but typically include base changes, deletions, or insertions that render them nonfunctional; for U1 snRNA, most pseudogenes encode imperfect or incomplete copies that neither translate into protein nor produce functional RNAs[2]. The U1 snRNA family is central to pre-mRNA splicing and transcriptome regulation[1][2], but pseudogenes like RNU1-24P by definition do not encode the functional RNA sequence nor participate in these processes[2][4]. While some pseudogenes can perform regulatory or RNA-based activities, there is currently no evidence that RNU1-24P or its transcript serves a direct biological function or acts as a pharmacological target. Its designation as a “pseudogene” means it is not a valid therapeutic target, receptor, enzyme, or transporter[2][4]. The presence and misclassification of U1 pseudogenes have been a subject of genomic annotation efforts; most do not appear transcriptionally active or functionally relevant in standard human tissues[2]. Databases including NCBI Gene and Ensembl list RNU1-24P as a pseudogene entry; there are no known therapeutic, diagnostic, or drug-interaction roles for this entity[4]. If the query is seeking a molecular target for drug development or biological assays, RNU1-24P should be excluded, as it fails to meet any criteria for a therapeutic or functional RNA target. The target name is correct per database convention, but its biological and pharmacological relevance is null.

Other names

U1.41RNU1-24P