Research Facilities

Research Facilities

Research Facilities

The Department of Molecular Physiology and Biological Physics has five new faculty members recruited since 2007. Most of the department is located in two building Jordan Hall and the new Sheridan G. Snyder Translational Research Building, on the grounds of the University of Virginia, facilitating collaboration between faculties of the College and the Medical School.

Training and research are enhanced by modern departmental equipment and facilities for state-of-the-art

 

Biophysics student with laser microscope

  • electron microscopy,
  • X-ray crystallography,
  • NMR spectroscopy,
  • electron probe analysis,
  • electron paramagnetic resonance,
  • electron energy loss and total internal reflection fluorescence spectroscopy,
  • confocal microscopy,
  • atomic force microscopy,
  • laser flash photoysis,
  • cell culture and molecular biology facilities,
  • DNA synthesizers,
  • gene amplication systems, and
  • patch-clamp instrumentation
  • as well as
  • conventional physiological biochemical and biophysical instrumentation.
The research capability of the department is enhanced by shared School of Medicine facilities, including:
  • protein sequencing center,
  • hybridoma laboratory,
  • molecular biology laboratory,
  • cell-sorting facility, and a
  • biomolecular mass spectrometry equipped for
    • sophisticated biomolecular mass analysis,
    • high-sensitivity peptide sequencing, and
    • elucidation of post-translational protein modification.

 

Members of the faculty are international leaders in their respective fields and for over a decade the department has ranked among the top 9 physiology departments in NIH-sponsored research. The PhD programs in physiology and biophysics each achieved ranges which put them in the top 15th percentile in at least one of the two overall rankings by the National Research Council. (2010)

Faculty, visiting scientists, postdoctoral fellows and graduate students from several continents create a stimulating international environment for our program.