Angela Enosh

Papers

Total Citations

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About

Angela Enosh is a computational biophysicist whose research focuses on the dynamic behavior of proteins, particularly ion channels and their conformational transitions. Her most cited work, "Generation, Comparison, and Merging of Pathways between Protein Conformations: Gating in K-Channels" (2008), introduced innovative computational methods for mapping the pathways that proteins traverse between different structural states. This study, which has garnered 19 citations, provided critical insights into the gating mechanisms of potassium channels—a fundamental process in nerve signaling and cardiac function. Enosh’s contributions lie in developing algorithms to generate, compare, and merge these conformational pathways, enabling researchers to better understand how proteins like ion channels open and close. Her work bridges computational modeling and experimental biology, offering tools that have been applied to study a range of biomolecular machines. Though her citation count reflects a focused impact, her methodological advances have influenced subsequent studies on protein dynamics and drug design. Enosh’s research exemplifies how computational approaches can unravel the intricate choreography of molecular movements, making her a notable figure in the field of structural bioinformatics and biophysics.