Abstract
Circular RNA (circRNA) is generated via intronic complementary sequence (ICS)-driven, RNA binding protein (RBP)-driven, or lariat-mediated back-splicing (BS) biogenesis models. The physiological and pathological functions of circRNAs occur through miRNA sponging, interacting with circRNA binding proteins (cRBPs), protein translation, or transcriptional regulation. CircRNAs play roles in regulation of cancer development, cardiovascular diseases, neurogenesis and neurological disorders, and metabolic diseases. CircRNA perspective: new strategies for RNA therapy: (Trends in Molecular Medicine , 343–344; 2022)Wu et al.Trends in Molecular MedicineMay 1, 2022In BriefIn the published version of Figure 2, the term 'circRNA' is mispresented as 'ciRNA' due to an editing error. This has been corrected in the revised figure. We apologize for any confusion this caused. Full-Text PDF
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