BMS1 ribosome biogenesis factor pseudogene 3 (BMS1P3)

BMS1P3 (BMS1 ribosome biogenesis factor pseudogene 3) is a pseudogene in the human genome, related by sequence to the protein-coding gene BMS1, which plays a critical role in ribosome assembly and rRNA processing. Pseudogenes like BMS1P3 do not encode functional proteins and are generally not considered drug targets, receptors, or biologically active molecules. There is no established evidence that BMS1P3 has a therapeutic, enzymatic, receptor, or regulatory function[2][4][6]. Related protein-coding pseudogenes often exist for essential ribosome biogenesis components, and BMS1P3 is one such locus, but it does not contribute to ribosome biogenesis or disease directly. The true BMS1 gene encodes a GTPase essential for 40S ribosomal subunit biogenesis and rRNA processing[2][4][5][6]; BMS1P3, as a pseudogene, shares sequence homology but is not transcribed into a functional product. Pseudogenes can occasionally be transcribed or exert regulatory effects (via competing endogenous RNA), but there is no evidence for such a role for BMS1P3. Therapeutic targets are, by definition, molecules with biological function—enzymes, receptors, transporters, structural proteins—whereas BMS1P3 is a nonfunctional genetic element. There is no known association with human disease, no drugs or biomarkers linked to BMS1P3, and no safety or therapeutic considerations.

Other names

bA96C23.1OTTHUMG00000018662BMS1LP3BMS1ribosome biogenesis factor pseudogene 3BMS1L pseudogene 3BMS1P3