RNY3 pseudogene 2 (RNY3P2)

**RNY3 pseudogene 2 (RNY3P2)** is a human pseudogene related to the RNY3 (Ro-associated Y3 RNA) gene, which encodes a small non-coding Y-RNA; as a pseudogene, RNY3P2 is a non-functional genetic element formed through mutation or duplication and does not produce a functional protein or known regulatory RNA. Pseudogenes in general can sometimes regulate their cognate genes post-transcriptionally (e.g., via antisense transcripts, miRNA competition, or RNA-binding protein interactions), but there is no evidence in current sources that RNY3P2 has any known biological function, therapeutic relevance, or clinical impact[2][6]. The parental RNY3 gene is involved in DNA replication and RNA quality control and has been studied in immune response and DNA replication contexts[1][5]. Over 1,000 Y-RNA pseudogenes exist in the human genome, and most do not have known functions[5]. No drugs, mechanisms of action, biomarker roles, or specific disease links are assigned to RNY3P2, and there is no evidence it is a relevant therapeutic or biological target.\n\n**Key notes on accuracy and nomenclature:**\n- There is no evidence that RNY3P2 is a functional molecule, a therapeutic target, a receptor, enzyme, or bona fide biological regulator[1][2][5]; it is a non-functional pseudogene.\n- Reason for **is_incorrect: true** — the request treats RNY3P2 as a discrete, meaningful therapeutic target, but available data show it is a non-functional pseudogene and not a receptor, enzyme, or recognized drug target[2][6]. If you intended to ask about "RNY3" or a different functional target, please clarify.

Other names

RNA, Ro-associated Y3 pseudogene 2RNY3P2RNA, Ro60-associated Y3 pseudogene 2