Jason R. Stagno
Papers
1
Total Citations
126
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1
About
Jason R. Stagno is a leading figure in chemical biology and RNA structural biology, renowned for pioneering methods to study RNA structure and function with unprecedented precision. His most influential work, "Synthesis and applications of RNAs with position-selective labelling and mosaic composition" (2015, 126 citations), introduced a transformative approach for creating RNA molecules with site-specific isotopic labels. This technique, often abbreviated as PLOR (position-selective labeling of RNA), enables researchers to dissect the atomic-level dynamics of large RNA complexes using NMR spectroscopy, overcoming long-standing challenges in the field. Stagno’s contributions have been instrumental in unraveling the mechanisms of riboswitches, ribozymes, and other non-coding RNAs, directly impacting our understanding of gene regulation and RNA-based therapeutics. Beyond this landmark paper, his work has garnered widespread recognition for its methodological rigor and broad applicability, earning him a reputation as a pioneer in RNA labeling technologies. His research continues to drive innovations in structural biology, offering powerful tools for probing RNA-ligand interactions and conformational changes. For students and researchers in RNA science, Stagno’s work represents a cornerstone of modern biophysical chemistry, blending synthetic chemistry with structural insights to illuminate the hidden complexity of RNA.
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