Kenneth Roux: Difference between revisions
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Dr. '''Kennth Roux''' is an American academic biologist whose research addresses structural analysis of the AIDS Viruses, HIV-1 and SIV, and the antibodies that neutralize them, as well as food-lllergen characterization and immunoassay development. He is Kurt G. Hofer Professor of Biological Science at [[Florida State University]], where he is affiliated with the Institute of Molecular Biiophysics. Dr. Roux was a member of the research team that used negative stain electron microscopy and cryoelectron microscopy coupled with tomography to produce the first detailed 3-D images of the surface of the AIDS viruses |
Dr. '''Kennth Roux''' is an American academic biologist whose research addresses structural analysis of the AIDS Viruses, HIV-1 and SIV, and the antibodies that neutralize them, as well as food-lllergen characterization and immunoassay development. He is Kurt G. Hofer Professor of Biological Science at [[Florida State University]], where he is affiliated with the Institute of Molecular Biiophysics. Dr. Roux was a member of the research team that used negative stain electron microscopy and cryoelectron microscopy coupled with tomography to produce the first detailed 3-D images of the surface of the AIDS viruses[AIDS virus (SIV) envelope spike model derived by cryoelectron microscopy tomography of over 6,000 spikes. Zhu, et al. Nature 441: 847-852, 2006]. |
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==External links== |
==External links== |
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Revision as of 19:50, 27 April 2007
Dr. Kennth Roux is an American academic biologist whose research addresses structural analysis of the AIDS Viruses, HIV-1 and SIV, and the antibodies that neutralize them, as well as food-lllergen characterization and immunoassay development. He is Kurt G. Hofer Professor of Biological Science at Florida State University, where he is affiliated with the Institute of Molecular Biiophysics. Dr. Roux was a member of the research team that used negative stain electron microscopy and cryoelectron microscopy coupled with tomography to produce the first detailed 3-D images of the surface of the AIDS viruses[AIDS virus (SIV) envelope spike model derived by cryoelectron microscopy tomography of over 6,000 spikes. Zhu, et al. Nature 441: 847-852, 2006].
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