RNA, U4 small nuclear 41, pseudogene (RNU4-41P)

RNU4-41P is a pseudogene member of the U4 small nuclear RNA gene family, related to the functional U4 snRNA which is a core component of the spliceosome, a complex required for pre-mRNA splicing in eukaryotic cells. Pseudogenes are sequences similar to functional genes but generally transcribed at low or undetectable levels and do not typically produce a functional RNA or protein. Functional homologues, such as RNU4-2, are involved in splicing and neurodevelopment, and their disruption can lead to neurodevelopmental syndromes, but pseudogenes like RNU4-41P have not been implicated in such processes[1][4]. Key clarifications: *RNA, U4 small nuclear*, in its active form, is involved in splicing within the spliceosome complex[3][4]. The numbering (41) and pseudogene status (P) indicate this is a non-functional copy in the human genome, absent active roles. Scientific and medical literature highlights U4 snRNA (active forms e.g., RNU4-2 or RNU4-1), but not specific pseudogenes as biological or therapeutic entities[1][3][4]. The information on "RNU4-41P" is therefore limited; most understanding relates to its status as a pseudogene homologous to active U4 snRNA, but it is not biologically or clinically actionable as a therapeutic target.

Other names

RNU4-41PU4 small nuclear RNA pseudogene 41

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