RNF14 pseudogene 2 (RNF14P2)

RNF14 pseudogene 2 (RNF14P2) is a **pseudogene** in humans, indicated by its nomenclature and current database annotations[6][9]. As a pseudogene, it is a non-functional segment of DNA that arises from a duplication or mutation of the parental RNF14 gene, which itself encodes a ring finger protein involved in ubiquitin ligase activity and acts as a transcriptional coactivator and translation quality control factor[1][3][4]. However, RNF14P2 lacks the capacity to produce a functional protein and does not have a demonstrated role as a drug target, biomarker, or disease factor. Some pseudogenes can generate non-coding RNA transcripts with possible regulatory functions, but there is no current evidence for such a role for RNF14P2[2][6][9].\n\n**Key context:**\n- The canonical RNF14 gene is a well-characterized E3 ubiquitin ligase and coactivator with established biological functions and clinical associations[1][3][4].\n- RNF14P2 is strictly annotated as a pseudogene in multiple authoritative genome resources and has no known functional protein product or validated biological role[5][6][9].\n- The query is for a pseudogene, not a therapeutic target, and thus does not map to standard target knowledge frameworks.\n\n**Cautions:**\n- If the intention was to gather information for drug targeting or functional annotation, RNF14P2 is not an appropriate entry as it is non-functional and not druggable.\n- There are no disease associations, mechanism of action, interacting drugs, biomarker utility, or safety considerations for RNF14P2.\n\n**Summary:**\n**RNF14 pseudogene 2** (RNF14P2) is a non-coding pseudogene with no established biological function, therapeutic role, or involvement in disease. It should not be considered a drug target or active molecular entity[6][9].

Other names

ring finger protein 14 (RNF14) pseudogeneAC108145.1[6]

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