RNA, U6atac small nuclear 37, pseudogene (RNU6ATAC37P)

RNU6ATAC37P represents a pseudogene for the small nuclear RNA U6atac, annotated as the 37th copy in the human genome. Pseudogenes like RNU6ATAC37P are typically non-functional genomic DNA sequences resembling functional genes, but they generally do not produce active RNA or protein products. RNU6ATAC37P itself is not expressed as a small nuclear RNA and does not participate in biological processes such as pre-mRNA splicing. The canonical U6atac small nuclear RNA is involved in the minor spliceosome complex, essential for the removal of U12-type introns during mRNA splicing, but pseudogene copies do not contribute to this activity[1][4]. RNU6ATAC37P is not considered a therapeutic target, biomarker, or participant in any known drug interaction. Key information indicating this entry is a pseudogene and not a molecular target: - The suffix "P" and the term "pseudogene" indicate a sequence annotated as derived from a functional gene but now considered non-functional[1][4]. - There is no evidence for its involvement in any specific biological pathway, disease mechanism, or drug action[1]. - It is not classified with typical target families such as "Receptor," "Enzyme," or similar; instead, it is a member of the "Other" category, specifically as a pseudogene. For comprehensive and structured information, RNU6ATAC37P should be filtered out in drug target pipelines or therapeutic databases since it does not represent a valid druggable target.

Other names

RNU6ATAC37P