UNM Biophysics: Difference between revisions

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Image:Thomas james.jpg| Jim Thomas, [http://panda.unm.edu/pandaweb/graduate/index.phtml Physics], [http://optics.unm.edu/ Optics]<br>Fluorescence microscopy and fluctuation analysis to understand cellular membranes, membrane mimics, and lipid monolayers. Applications to intracellular signaling and biomimetic materials for biomedical applications.  
Image:Thomas james.jpg| Jim Thomas, [http://panda.unm.edu/pandaweb/graduate/index.phtml Physics], [http://optics.unm.edu/ Optics]<br>Fluorescence microscopy and fluctuation analysis to understand cellular membranes, membrane mimics, and lipid monolayers. Applications to intracellular signaling and biomimetic materials for biomedical applications.  
Image:Atlas_susan.jpg| Susan Atlas, [http://panda.unm.edu/pandaweb/graduate/index.phtml Physics], [http://www.hpc.unm.edu/ CARC]<br>Reactive molecular dynamics simulation of motor proteins and nano/bio systems using density functional theory and novel multiscale charge-transfer force fields; machine learning, pattern recognition, and network analysis of gene expression in cancer; structural bioinformatics.
Image:Atlas_susan.jpg| Susan Atlas, [http://panda.unm.edu/pandaweb/graduate/index.phtml Physics], [http://www.hpc.unm.edu/ CARC]<br>Reactive molecular dynamics simulation of motor proteins and nano/bio systems using density functional theory and novel multiscale charge-transfer force fields; machine learning, pattern recognition, and network analysis of gene expression in cancer; structural bioinformatics.
Image:Lidke keith.jpg| Keith Lidke, [http://panda.unm.edu/pandaweb/graduate/index.phtml Physics]<br>Fluorescence Imaging Techniques: Single Particle Tracking, Single Molecule Imaging and Superresolution techniques for measuring protein-protein interactions at the sub-cellular level.
Image:Lidke keith.jpg| Keith Lidke, [http://panda.unm.edu/pandaweb/graduate/index.phtml Physics]<br>[http://panda3.phys.unm.edu/~klidke/research.html Research group page]<br>Fluorescence Imaging Techniques: Single Particle Tracking, Single Molecule Imaging and Superresolution techniques for measuring protein-protein interactions at the sub-cellular level.
Image:Peter Goodwin.jpg| Peter Goodwin, Adjunct [http://panda.unm.edu/pandaweb/graduate/index.phtml Physics], [http://cint.lanl.gov/peter_goodwin.shtml LANL/CINT]<br>Single-molecule spectroscopy and high-resolution optical imaging. Correlated atomic force and single-molecule fluorescence imaging for simultaneous single-molecule force-extension and fluorescence measurements. Single-molecule imaging of cellulase activity on cellulose and studies of riboswitch conformational dynamics.
Image:Peter Goodwin.jpg| Peter Goodwin, Adjunct [http://panda.unm.edu/pandaweb/graduate/index.phtml Physics], [http://cint.lanl.gov/peter_goodwin.shtml LANL/CINT]<br>Single-molecule spectroscopy and high-resolution optical imaging. Correlated atomic force and single-molecule fluorescence imaging for simultaneous single-molecule force-extension and fluorescence measurements. Single-molecule imaging of cellulase activity on cellulose and studies of riboswitch conformational dynamics.
Image:James werner.jpg| Jim Werner, Adjunct [http://panda.unm.edu/pandaweb/graduate/index.phtml Physics], [http://cint.lanl.gov/james_werner.shtml LANL/CINT]<br>Instrument development (microscopes, flow cytometry systems, microfluidics); Laser spectroscopy (fluorescence, time-resolved, and Raman); Single-molecule biophysics (cellular signaling processes, membrane dynamics, protein folding and conformational fluctuations); Image:ComingSoon.jpg| Diane Lidke, [http://hsc.unm.edu/som/research/brep/bsgpwelcome.shtm Pathology]
Image:James werner.jpg| Jim Werner, Adjunct [http://panda.unm.edu/pandaweb/graduate/index.phtml Physics], [http://cint.lanl.gov/james_werner.shtml LANL/CINT]<br>Instrument development (microscopes, flow cytometry systems, microfluidics); Laser spectroscopy (fluorescence, time-resolved, and Raman); Single-molecule biophysics (cellular signaling processes, membrane dynamics, protein folding and conformational fluctuations); Image:ComingSoon.jpg| Diane Lidke, [http://hsc.unm.edu/som/research/brep/bsgpwelcome.shtm Pathology]

Revision as of 22:46, 27 October 2010

The University of New Mexico is the hub of a strong and growing biophysics research environment in New Mexico. If you're looking for a graduate research experience that includes exciting cellular and molecular biophysics research and a beautiful southwest climate, then we encourage you to look at our many programs!

Investigators

  • Steve Koch, Physics, Optics, CHTM Research group page Single-molecule biophysics, kinesin, DNA unzipping

    Steve Koch, Physics, Optics, CHTM
    Research group page
    Single-molecule biophysics, kinesin, DNA unzipping

  • Jim Thomas, Physics, Optics Fluorescence microscopy and fluctuation analysis to understand cellular membranes, membrane mimics, and lipid monolayers. Applications to intracellular signaling and biomimetic materials for biomedical applications.

    Jim Thomas, Physics, Optics
    Fluorescence microscopy and fluctuation analysis to understand cellular membranes, membrane mimics, and lipid monolayers. Applications to intracellular signaling and biomimetic materials for biomedical applications.

  • Susan Atlas, Physics, CARC Reactive molecular dynamics simulation of motor proteins and nano/bio systems using density functional theory and novel multiscale charge-transfer force fields; machine learning, pattern recognition, and network analysis of gene expression in cancer; structural bioinformatics.

    Susan Atlas, Physics, CARC
    Reactive molecular dynamics simulation of motor proteins and nano/bio systems using density functional theory and novel multiscale charge-transfer force fields; machine learning, pattern recognition, and network analysis of gene expression in cancer; structural bioinformatics.

  • Keith Lidke, Physics Research group page Fluorescence Imaging Techniques: Single Particle Tracking, Single Molecule Imaging and Superresolution techniques for measuring protein-protein interactions at the sub-cellular level.

    Keith Lidke, Physics
    Research group page
    Fluorescence Imaging Techniques: Single Particle Tracking, Single Molecule Imaging and Superresolution techniques for measuring protein-protein interactions at the sub-cellular level.

  • Peter Goodwin, Adjunct Physics, LANL/CINT Single-molecule spectroscopy and high-resolution optical imaging. Correlated atomic force and single-molecule fluorescence imaging for simultaneous single-molecule force-extension and fluorescence measurements. Single-molecule imaging of cellulase activity on cellulose and studies of riboswitch conformational dynamics.

    Peter Goodwin, Adjunct Physics, LANL/CINT
    Single-molecule spectroscopy and high-resolution optical imaging. Correlated atomic force and single-molecule fluorescence imaging for simultaneous single-molecule force-extension and fluorescence measurements. Single-molecule imaging of cellulase activity on cellulose and studies of riboswitch conformational dynamics.

  • Diane Lidke, Pathology
    Diane Lidke, Pathology
  • Evan Evans, Biomedical Engineering, CHTM Optical tweezers, single-molecule biophysics, ligand-receptor interactions

    Evan Evans, Biomedical Engineering, CHTM
    Optical tweezers, single-molecule biophysics, ligand-receptor interactions

  • David Keller, Chemistry

    David Keller, Chemistry

Research Capabilities

How to Apply

Funding

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