Ribosomal protein L27 pseudogene 8 (RPL27P8)

RPL27P8 (ribosomal protein L27 pseudogene 8) is a processed pseudogene corresponding to the ribosomal protein L27 gene (RPL27), meaning it is a genomic DNA sequence similar to RPL27 but typically nonfunctional, generated by retrotranspositional events[1][6]. Ribosomal protein pseudogenes are abundant in the human genome, usually do not produce functional proteins, and are not considered classical therapeutic targets. RPL27P8 lacks evidence for coding capacity or clear biological function, differentiating it from functional ribosomal proteins or their rare coding paralogs[1][3][6]. - RPL27 is the parent gene; pseudogenes like RPL27P8 typically arise via retrotransposition and are widespread byproducts of ribosomal protein gene expression in mammals[3][5][6]. - No evidence supports a biological role, disease association, or utility as a drug target or biomarker for RPL27P8 itself[1][4][6]. - There are rare exceptions among ribosomal pseudogenes where they become functional, but no such evidence exists for RPL27P8[3][6]. Key points: - RPL27P8 is not a protein, receptor, enzyme, nor a validated drug target. - It is a pseudogene—a non-coding, typically nonfunctional DNA sequence derived from a functional ribosomal protein gene[1][6]. - Inclusion as a drug target or disease marker is not supported by current scientific data.

Other names

RPL27_3_316RPL27P8