RNA, U4 small nuclear 60, pseudogene (RNU4-60P)

RNA, U4 small nuclear 60, pseudogene (RNU4-60P) is annotated as a pseudogene presumed to be related to U4 small nuclear RNA (snRNA) gene family, which produces structural RNAs critical for pre-mRNA splicing as part of the spliceosome in humans. However, pseudogenes are generally defined as genomic DNA sequences similar to normal genes but non-functional; they are usually not transcribed or translated into functional products. RNU4-60P lacks evidence of encoding a functional RNA molecule, and no data indicate biological activity, disease association, or a role as a therapeutic target. This distinguishes RNU4-60P from functional homologues like RNU4-2, which is essential for major spliceosome assembly and human neurodevelopment[1][2][3][5]. No evidence indicates that RNU4-60P serves as a therapeutic target, biomarker, or is the subject of drug development. ### Notes - The "RNU4-60P" gene is a **pseudogene**, not an active target molecule. Functional disease associations, biological activities, or pharmacological targeting as described for RNU4-2 do **not apply** to pseudogenes unless otherwise shown by experimental evidence (not found for RNU4-60P in the search results). - There are other U4 snRNA genes (e.g., "RNU4-2") with clear roles in splicing and disease[1][2][3][5], but RNU4-60P is not one of them and should not be confused as a functional target. - The query likely refers to a **non-protein-coding pseudogene**, not a druggable or biologically active entity. **In summary: RNU4-60P is a pseudogene (inactive copy) related to U4 snRNA, not a functional therapeutic target, and contains no reported biological function, disease role, or drug interaction.**

Other names

RNU4-60P