Research

With an emphasis on research training that involves leading researchers in academia and biotechnology, the program allows students to select their research group for thesis work following lab rotations and participate in research early in their graduate work, preferably in the first year of study. Concurrent with thesis research, students take classes in biochemistry, molecular biology, cell biology and biotechniques. They can serve as teaching assistants and engage actively in broadly based research seminars and colloquium programs.

Ongoing research opportunities include the following areas:

  • Protein structure and function correlation
  • DNA metabolism and genetic stability
  • Gene expression and regulation
  • Cell cycle and proliferation
  • Cell signaling
  • Cell development and differentiation
  • Structural biology and molecular mechanisms of arsenic detoxification
  • Molecular mechanisms of immune system, cancer etiology and development
  • Anticancer drug development and drug delivery

Research facilities

The Biochemistry Ph.D. program offers the following facilities for graduate student research and education.

Core facilities

Electron Microscopy, a DNA core facility (DNA sequencing and phylogenetics), Small Animal Facility, Microscopy core, Histology and pathology core, Tissue culture core, Mass Spectrometry, NMR, Forensic DNA Profiling Facility, a Trace Metals Facility, Trace Evidence Analysis Facility and others.

Research facilities in various research laboratories

FT-IR, JASCO Circular Dichroism J-815, UV-Vis spectrophotometer, Fluorescence spectrophotometer, Micro-isothermal titration calorimeter, Differential scanning calorimeter, Fluorescent/ luminescent/ UV/ Vis plate reader (Biotek, Synergy 2), High speed and ultra-speed centrifuges Scintillation Counters, FPLC, Thermocyclers, Computer Cluster, PCR, real time, single color PCR, real time, multicolor, DNA sequencers, Electrospray Mass Spectrometry, CHI Scanning Potentiostat, HPLC, Confocal Imagining Microscope, GUAVA Cell Cytometer, Fluorescence microscope, Multimode plate reader, Atomic force microscope, Tissue culture facilities, Phoshorimager, Nanodrop and others.