Transmembrane 9 superfamily member 5, pseudogene (TM9SF5P)

Transmembrane 9 superfamily member 5, pseudogene (TM9SF5P), is a putative pseudogene assigned to the transmembrane 9 superfamily in the human genome. TM9SF genes encode nonaspanin proteins with nine transmembrane domains, and have been implicated in membrane transport, adhesion, and immune functions in diverse eukaryotes[2][4]. However, TM9SF5P does not encode a functional protein, and there are no specific biological, therapeutic, or pharmacological roles reported for this pseudogene. It should not be considered a valid protein target in therapeutic or drug development contexts. Essential context: - Pseudogenes are generally nonfunctional DNA sequences resembling known genes but typically lacking coding potential, expression, or biological activity. - TM9SF family members (TM9SF1–TM9SF4) are protein-coding and involved in membrane transport and immune functions, but TM9SF5P is not characterized as a functional gene in humans[2][4]. - No druggability or disease associations are described for this entry, and it is not considered relevant for structured target databases in biomedical research.