Mitochondrially encoded cytochrome b pseudogene

The mitochondrially encoded cytochrome b pseudogene (ENSG00000254794) is a non-coding DNA sequence derived from the cytochrome b gene, located in the human genome[1]. Cytochrome b is a key component of mitochondrial complex III, responsible for electron transport and ATP synthesis[3][4], but the pseudogene form is incapable of encoding a functional protein and is not involved in these processes. While some pseudogenes are transcribed into RNAs that can regulate gene expression via miRNA decoy or siRNA production, there is no evidence for this function in ENSG00000254794[5]. In general, pseudogenes—once described as "junk DNA"—are now known sometimes to have regulatory or evolutionary roles, but most, including this one, remain biologically inert with regard to therapeutic targeting[1][5][6]. If you are searching for the functional cytochrome b involved in mitochondrial electron transport, refer instead to the MT-CYB gene (not a pseudogene)[3][4]. Summary: ENSG00000254794 is a pseudogene, not a functional receptor, enzyme, or transporter, and thus not a therapeutic target. There is no evidence it is involved in disease or interacts with drugs. If you were seeking information on an active protein target, this is not the correct entity.

Other names

MT-CYB pseudogenecytochrome b pseudogene

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