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RNU6-61P is a non-coding RNA pseudogene belonging to the U6 small nuclear RNA gene family. While the active U6 snRNA molecule plays a critical role in splicing pre-mRNA within the spliceosome[1][2][3], pseudogenes like RNU6-61P do not produce functional RNA transcripts or proteins due to accumulated mutations. Such pseudogenes are remnants of genomic evolution, and while they may contribute to genome structure or evolution, they do not function in canonical cellular processes nor serve as drug targets or biomarkers[5]. The U6 snRNA is noted for its nuclear localization and essential spliceosomal function, but these attributes are not relevant to the RNU6-61P pseudogene itself[1][2][3]. No evidence supports the use of RNU6-61P in therapeutics, drug development, biomarker selection, or disease association, and its inclusion as a molecular target would be incorrect. The correct "target" in biological or therapeutic contexts would be the functional U6 snRNA, not its pseudogene variants such as RNU6-61P[5].
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