Transmembrane protein 241 pseudogene (No established canonical abbreviation (TMEM241 applies to the functional gene, not the pseudogene))

Transmembrane protein 241 pseudogene (ENSG00000270507) is a genomic locus that shares sequence similarity with the protein-coding transmembrane protein 241 gene (TMEM241/C18orf45), but is predicted to be nonfunctional due to accumulated mutations such as frameshifts or premature stop codons[1][5]. Pseudogenes are recognized by their high homology to active genes and their loss of protein-coding capability, usually resulting from evolutionary disablement[1][3][5]. While rare functional roles have been described for select pseudogenes (regulation of gene expression, possible siRNA involvement[7]), the majority—including this one—do not contribute to drug action or direct disease mechanisms and should not be considered molecular targets for therapy or diagnostics. Their classification is "pseudogene," which distinguishes them from recognized molecular target families such as receptor, transporter, or enzyme[1][5]. Pseudogenes, including this one, can complicate molecular genetics studies due to sequence similarity with functional genes, sometimes leading to amplification bias in PCR-based research[5]. There is no evidence that the transmembrane protein 241 pseudogene produces a functional protein or is involved in established drug, biomarker, or disease processes.

Other names

C18orf45FLJ44259MGC11386hVVT

None applicable. No mechanisms of action exist for therapeutics targeting this pseudogene.