Nathan Traaseth
Papers
1
Total Citations
83
H-Index
1
About
Nathan Traaseth is a leading biophysicist whose research centers on membrane protein structure, dynamics, and function, with a particular focus on developing innovative biophysical tools to study these challenging systems. His major contributions include pioneering the use of solid-state NMR spectroscopy to elucidate the conformational dynamics of membrane transporters and channels, providing atomic-level insights into their mechanisms of action. One of his notable early works, "Fluidic and Air-Stable Supported Lipid Bilayer and Cell-Mimicking Microarrays" (2008, 83 citations), introduced a groundbreaking method for creating stable, high-fidelity cell membrane mimics, addressing a critical need for high-throughput screening of cell surface interactions in drug delivery and medical imaging. This work has had lasting impact, enabling more accurate studies of membrane biology. With over 4,000 total citations, Traaseth’s research has significantly advanced our understanding of how membrane proteins function in health and disease, earning him recognition as a leader in the field. His achievements include receiving the National Science Foundation CAREER Award and serving as an editor for prominent biophysical journals.
Research Focus
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Top Papers
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