RNA, U4 small nuclear 37, pseudogene (RNU4-37P)

RNU4-37P represents a pseudogene that is annotated as "RNA, U4 small nuclear 37, pseudogene." It is classified as a non-protein-coding pseudogene related to the U4 small nuclear RNA (snRNA) gene family, whose functional members (such as RNU4-2) encode U4 snRNAs essential for the major spliceosome complex and pre-mRNA splicing[1][4]. However, as a pseudogene, RNU4-37P is generally non-functional; there is no evidence it produces a functional RNA or has any known biological, pathological, or pharmacological roles. Research efforts and disease associations currently focus on functional homologues, such as RNU4-2, which, when mutated, can cause severe neurodevelopmental syndromes[6][7][8]. No interacting drugs, biomarker roles, or therapeutic applications are known for this pseudogene, and it is not considered a drug or therapeutic target. Key clarification: There is no evidence that "RNA, U4 small nuclear 37, pseudogene" (RNU4-37P) has a biological function, disease role, or therapeutic relevance. You may be looking for the functional paralog "RNU4-2" (RNA, U4 small nuclear 2), which is an essential component of the spliceosome and has major implications in neurodevelopmental disorders[6][7][8].

Other names

RNU4-37PRNA, U4 small nuclear 37, pseudogene