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Target intelligence / Profile preview
ATP synthase membrane subunit c locus 1 pseudogene 3 (ATP5MC1P3)
- Target
- ATP5MC1P3
- Molecular classification
- Other, Pseudogene
01
Overview
ATP5MC1P3 is a non-coding pseudogene located in the human genome that is related to membrane subunit c of mitochondrial ATP synthase (complex V, subunit c, locus 1). Unlike the functional ATP5MC1 gene, ATP5MC1P3 does not encode a protein and has no known role in mitochondrial ATP synthesis or disease. Pseudogenes arise through gene duplication or retrotransposition events and typically lack regulatory elements or coding potential, making them genomically silent except in rare regulatory contexts[4]. In summary, ATP5MC1P3 is a pseudogene and not a valid drug target or functional biological molecule. If the goal is to identify or characterize a therapeutic target, an error has occurred, as ATP5MC1P3 does not fit those criteria[4].
- Other names
- ATP synthase subunit c locus 1 pseudogene 3ATP5MC1P3
02
Biological functions
OtherAs a pseudogene, ATP5MC1P3 does not perform known biological functions
03
Disease associations
OtherPseudogenes generally do not have disease roles except in rare cases such as acting as regulatory elements or in genomic studies, but ATP5MC1P3 has no known disease implication
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