ATP5MC2 pseudogene 4 (ATP5MC2P4)

ATP5MC2 pseudogene 4 (ATP5MC2P4) is a pseudogene related to the ATP5MC2 gene, which encodes a subunit of the mitochondrial ATP synthase complex. Pseudogenes such as ATP5MC2P4 do not produce a functional protein product and do not have a direct biological function. ATP5MC2 is involved in the mitochondrial production of ATP during oxidative phosphorylation, but ATP5MC2P4 is a non-coding genomic element derived from duplication or retrotransposition events. There is no evidence that ATP5MC2P4 functions as a therapeutic target, encodes a receptor, enzyme, or transporter, or is directly involved in disease or drug interactions. The term "pseudogene" designates a gene sequence similar to a known gene but incapable of producing a functional protein, commonly due to disabling mutations or regulatory sequence changes. ATP5MC2P4 is not listed as a protein, receptor, enzyme, or recognized drug target in reference databases or the pharmacology literature. Sometimes there can be confusion between the pseudogene and its functional gene; the functional gene (ATP5MC2, also called ATP synthase membrane subunit c locus 2) plays a direct role in ATP production and mitochondrial energy metabolism. Pseudogenes such as ATP5MC2P4 are not known to be biomarkers, therapeutic targets, or associated with disease phenotypes. In summary: ATP5MC2 pseudogene 4 is a non-functional pseudogene, not a protein-coding therapeutic target, and is not associated with molecular function, disease, or drug interactions.

Other names

ATP5MC2P4ATP synthase membrane subunit c locus 2 pseudogene 4