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PRAME family member 20 (PRAMEF20) is a protein-coding gene in the human genome, located at 1p13.3, and is part of the PRAME gene family—characterized by leucine-rich repeat motifs[2][3]. Like other PRAME family proteins, PRAMEF20 is predicted to function as a nuclear retinoic acid receptor binding protein, potentially acting as a substrate recognition component in Cullin2-type E3 ubiquitin ligase complexes, contributing to regulated protein catabolism; its activity is predicted to be primarily cytoplasmic[2][4]. The PRAME family overall is known for roles in modulating transcriptional responses to retinoic acid, often acting as transcriptional repressors in cancer and development, but there is no specific evidence that PRAMEF20 itself is a therapeutic target or directly involved in particular pathologies[1][3]. No currently known drugs, disease biomarkers, or notable therapeutic safety concerns are associated with PRAMEF20 as of the current knowledge in the literature[2][6].
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