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Department
Secondary Title
Director of the Richard Barber Interdisciplinary Research Program
Phone
313-312-0423
Office
283 Physics Research Building
2412 Integrative Biosciences Center
Selected publications
Research Description
Biological Physics - Subdiffraction-limited optics and biological membranes
With nanoscale engineering and biophysical techniques, my interdisciplinary laboratory explores cellular processes at unprecedented resolution. We develop and utilize novel techniques for nanoscale control and analysis of cellular processes, including with fluorescence correlation spectroscopy, nanophotoincs, and single-fluorophore localization microcopy. At the moment, we are applying these techniques to understanding cellular response to both synthetic and natural nanomaterials for membrane reorganization and curvature induction. We aim to understand the key material and biological properties that determine the nanoscale processes of biological membranes.
With nanoscale engineering and biophysical techniques, my interdisciplinary laboratory explores cellular processes at unprecedented resolution. We develop and utilize novel techniques for nanoscale control and analysis of cellular processes, including with fluorescence correlation spectroscopy, nanophotoincs, and single-fluorophore localization microcopy. At the moment, we are applying these techniques to understanding cellular response to both synthetic and natural nanomaterials for membrane reorganization and curvature induction. We aim to understand the key material and biological properties that determine the nanoscale processes of biological membranes.