RNA, U6 small nuclear 573, pseudogene (RNU6-573P)

RNU6-573P (RNA, U6 small nuclear 573, pseudogene) is a **pseudogene** of the U6 small nuclear RNA (snRNA) family located on human chromosome 4[6]. Unlike functional U6 snRNA genes, which encode a non-coding RNA essential for catalyzing pre-mRNA splicing within the spliceosome[3][5], RNU6-573P is classified as a pseudogene, meaning it is a **non-functional genomic sequence** that resembles the functional gene but does not produce an active RNA product[1][6]. Small nuclear RNA U6 is normally involved in the **post-transcriptional modification** of pre-mRNAs through splicing, and its sequence is highly conserved and crucial for the spliceosomal complex[3][5]. However, **RNU6-573P does not encode a functional snRNA** and is not known to have a direct biological or therapeutic role. Pseudogenes like RNU6-573P may occasionally serve as sources of regulatory RNAs or interact with microRNA/piRNA pathways in specific contexts, but no direct interactions, disease roles, or drug associations are known for RNU6-573P in the biomedical literature[4]. **Summary:** RNU6-573P is a **pseudogene of a non-coding small nuclear RNA**, not an active gene, enzyme, receptor, or therapeutic target. It does not have established therapeutic, diagnostic, or biological function beyond being a remnant of genome evolution and is not associated with known drugs, mechanisms of action, or disease biomarker status.

Other names

RNU6-573PU6-573 pseudogeneRNA, U6 snRNA–573 pseudogene