Ribosomal protein S6 pseudogene 25 (RPS6P25)

Ribosomal protein S6 pseudogene 25 (RPS6P25) is a pseudogene in the human genome; it is a non-coding DNA segment similar in sequence to the functional ribosomal protein S6 gene but does not encode a functional protein product. Pseudogenes like RPS6P25 arise through duplication or retrotransposition of protein-coding genes and accumulate disabling mutations such as frameshifts or premature stop codons, which preclude translation into a functional protein. RPS6P25 is one among many ribosomal protein S6 pseudogenes dispersed throughout the genome, and there is no evidence for it acting as a therapeutic target, encoding a receptor, enzyme, or similar molecule. Such pseudogenes may play roles in gene regulation or genome evolution but do not have established drug interactions, biomarker utility, or known roles in disease pathophysiology[3][7][8][9]. Key supporting points: - RPS6P25 is listed as a pseudogene in all major genomic resources and does not encode a functional protein[8]. - There is no evidence to suggest it has a role as a therapeutic target, biomarker, or direct disease association[8][9]. - Aliases include RPS6_13_1629[7][8]. - No drugs interact with it, as it is not a functional protein or conventional molecular target. No incorrectness is detected in spelling or definition, but it should be emphasized this is not a classical drug target due to its pseudogene status[8].

Other names

RPS6_13_1629