5S ribosomal RNA pseudogene 305 (RNA5SP305)

5S ribosomal RNA pseudogene 305 (RNA5SP305) is a processed pseudogene of a 5S ribosomal RNA gene. 5S rRNA is a small, ~120-nucleotide RNA molecule that is an integral structural component of the large subunit of ribosomes across all forms of life, except for mitochondrial ribosomes in fungi and animals[1][3]. However, RNA5SP305 is a non-functional, retrotransposed copy (i.e., a processed pseudogene) that has lost the ability to produce a functional 5S rRNA molecule due to mutations, lack of regulatory regions, or genomic context[2]. Such pseudogenes are common in eukaryotic genomes due to the high copy number and retrotransposition activity of rRNA genes[2]. RNA5SP305 does not encode a protein, is not functional as a ribosomal RNA, and is not considered a therapeutic target. Pseudogenes like RNA5SP305 are typically not associated with diseases or targeted by drugs, though in rare cases, pseudogenes can regulate gene expression through antisense transcripts or influence gene networks[2]. There is no evidence linking RNA5SP305 with any biological function, disease process, or pharmacological modulation. It is not a canonical gene or a drug target; it is a non-functional, non-coding pseudogene. This entry is not suitable as a target in drug discovery or therapy. The target is not misspelled but is not functionally relevant as a protein or RNA molecule in current biology or medicine.

Other names

RNA5SP305RN5S305RNA, 5S ribosomal 305

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