RNY3 pseudogene 5 (RNY3P5)

RNY3 pseudogene 5 (RNY3P5) is a **pseudogene** in the human genome originating from the RNY3 gene, part of the Y RNA family. While functional Y RNAs such as RNY3 (also called hY3) are involved in RNA processing, DNA replication, and interactions with proteins like Ro60 in ribonucleoprotein complexes, *pseudogenes* like RNY3P5 are generally regarded as non-functional remnants of gene duplication or retrotransposition events and typically do not encode functional RNA or protein products[1][2][3].\nThousands of Y RNA pseudogenes exist in the human genome, many with >90% sequence similarity to the four main human Y RNAs (RNY1, RNY3, RNY4, RNY5), but few have any demonstrated biological activity[1][2].\nThere is currently no evidence that RNY3P5 is a functional gene product, therapeutic target, or biomarker. Its relevance is primarily genomic annotation.\nThe parent functional gene, RNY3, is associated with RNA quality control, immune functions, and DNA replication, but these roles are not attributed to RNY3P5 or other pseudogenes[1][2][3][5].\n\n**Summary**:\n"RNY3 pseudogene 5" is **not a canonical molecular target** but an annotated non-functional pseudogene derived from RNY3. No drugs, disease roles, or therapeutic significance have been attributed to this entity to date. If you meant the functional gene RNY3 or its RNA (hY3), please clarify, as these have established biological roles and limited disease relevance[1][2][3].

Other names

RNY3P5RNY3 pseudogene 5