Ribosomal protein L30 pseudogene 16 (RPL30P16)

Ribosomal protein L30 pseudogene 16 (RPL30P16) is a *processed pseudogene* derived from the parent gene encoding ribosomal protein L30, part of the 60S ribosomal subunit[6][4]. Pseudogenes such as RPL30P16 are genetic elements with sequence similarity to their parent protein-coding genes but are non-functional, typically due to accumulation of disabling mutations or insertion as DNA without necessary regulatory elements[6][4]. Unlike the functional ribosomal protein L30 gene, which encodes a protein involved in protein synthesis within the ribosome[3][5], this pseudogene is not transcribed into a protein and does not have a known physiological role or involvement in disease, drug interactions, or therapeutic applications[6][4][2]. The correct therapeutic target would be "Ribosomal protein L30" (RPL30), not its pseudogene RPL30P16[3][5]. **Key points:** - RPL30P16 is a non-functional pseudogene, not a therapeutic target[6][4]. - It does not belong to common molecular classes such as receptor, enzyme, or transporter. - The entry "RPL30 pseudogene 16" refers to a genetic element with no established biological or pathological function, no role in disease, and no drug targeting or biomarker utility[6][4]. - If your intent was to refer to a ribosomal protein with therapeutic or research relevance, you should specify "Ribosomal protein L30" (RPL30)[3][5].

Other names

RPL30P16