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Our department conducts diverse research in biophysics and structural biology across multiple teams, exploring areas from statistical mechanics foundations to bioinformatics theory. Researchers employ cutting-edge techniques including single-molecule spectroscopy, scanning probe microscopies, high-resolution X-ray crystallography, and powerful NMR spectroscopy, examining phenomena like viral infection mechanisms and motor protein dynamics.
Remarkably, most faculty in this field maintain multiple active collaborations, consistently breaking down traditional barriers between theoretical and experimental approaches, physical and biochemical perspectives, and laboratory versus living system studies.
The biophysics/structural biology research benefits substantially from world-class facilities at the California NanoSystems Institute, featuring advanced optical microscopy, X-ray analysis tools, and nanoscale characterization equipment, along with resources from UCLA's DOE Institute for Genomics and Proteomics, which offers specialized databases and computational tools for protein structure analysis and functional prediction.