PHB1 pseudogene 2 (PHB1P2)

PHB1 pseudogene 2 (PHB1P2) is a human pseudogene related to the prohibitin 1 (PHB1) gene, which encodes a mitochondrial and nuclear chaperone protein involved in cell cycle regulation, apoptosis, mitochondrial function, and other essential processes[2][1][5]. Unlike PHB1, PHB1P2 does not produce a functional protein and is not known to participate in biological pathways, disease processes, or to be targeted by any drugs. Its inclusion as a molecular target is not correct since pseudogenes are generally non-functional copies of genes and are not considered viable drug targets in pharmacology or clinical research. Key clarifications: - Pseudogenes like PHB1P2 do not encode functional proteins and therefore lack molecular or therapeutic relevance as drug targets[5]. - The functional information about "prohibitin 1" (PHB1) and its biological/family context should not be attributed to PHB1P2 unless specifically shown. - Misidentification of such pseudogenes as therapeutic targets is incorrect in drug discovery pipelines. If information about the protein-coding gene "prohibitin 1" (PHB1) is desired instead, refer specifically to PHB1 (not PHB1P2), which is a well-studied mitochondrial chaperone involved in aging, metabolism, and various diseases[1][2][5]. However, "PHB1P2" itself is not a target.

Other names

PHB1P2Prohibitin 1 pseudogene 2