Transmembrane protein 256 pseudogene 2 (TMEM256P2)

Transmembrane protein 256 pseudogene 2 (TMEM256P2) is a pseudogene, meaning it is a segment of DNA that represents a nonfunctional remnant of a gene that once encoded a protein. Pseudogenes arise through gene duplication or retrotransposition, then accumulate mutations that prevent them from producing a functional protein. TMEM256P2 is annotated in genomic resources as a non-coding locus with no evidence of protein expression and no known biological or therapeutic relevance[1][2][4]. There is no evidence from the literature that TMEM256P2 encodes a receptor, enzyme, transporter, or has any molecular activity or disease association. TMEM256P2 does not appear in major databases of therapeutic targets and is not associated with any drugs or considered a clinical or research biomarker. For further research, it should be noted this is not a valid target in pharmaceutical research or molecular medicine[1]. Summary of core issues: - TMEM256P2 is a pseudogene, not a functional protein, enzyme, transporter, or receptor[1]. - It is not a drug target, nor is there evidence for interaction with any drugs. - There are no known biological functions, disease roles, or therapeutic mechanisms associated with TMEM256P2. - is_incorrect: true because it is not a valid target for therapeutics, and it represents a common error seen when extracting names from gene/pseudogene lists without functional validation. References: [1] GeneCards entry for TMEM256P2 classifies it solely as a pseudogene, with no protein product or known function. [2][4] General literature on pseudogenes confirms their usual lack of protein-coding function and highlights that only rarely are pseudogenes biologically relevant, usually through RNA-based regulatory functions—none are described for TMEM256P2. If you require structured information for a real transmembrane protein receptor target, please specify the correct gene or protein name.

Other names

TMEM256P2