5S ribosomal RNA pseudogene 192 (RNA5SP192)

5S ribosomal RNA pseudogenes, such as RNA5SP192, are non-functional DNA elements resembling the 5S rRNA gene but do not encode a functional RNA product[2][8]. 5S rRNA is a small, highly conserved RNA component of the large ribosomal subunit, essential for protein synthesis in all domains of life except mitochondrial ribosomes of animals and fungi[1][3][5][7]. However, the "pseudogene" designation means that RNA5SP192 lacks the ability to produce a functional 5S rRNA molecule due to disruptions or mutations in its sequence[2][8]. Pseudogenes can arise from gene duplication (nonprocessed), retrotransposition (processed), or other genetic events, and generally do not have a known physiological or pathological function. Some pseudogenes may have regulatory or structural effects, but there is no specific evidence for any function or therapeutic role of RNA5SP192[4][2][8]. There are no known interacting drugs, disease associations, biomarker roles, or safety concerns related to RNA5SP192, and it is not considered a molecular target in drug development or disease research. The inclusion of “pseudogene” and the high locus number (192) indicate it is one of many similar, non-functional copies of 5S rRNA found in the genome[2][8]. If you seek a genuine therapeutic target, the canonical entry would be "5S ribosomal RNA" (not this pseudogene)[1][3][5][7]. In summary, RNA5SP192 is not a valid molecular target due to its pseudogene status.

Other names

RN5S192RNA, 5S ribosomal 192RNA5SP192