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  tom kristin kevin
   
grant
Degree: B.S. in Mathematical Physics, University at Buffalo.
Lab affiliation:
Dr. Snell
Research Interests: My research focuses on the development of Small Angle X-ray Scattering in conjunction with X-ray diffraction to study protein complexes in solution as well as using SAXS to study proteins that are recalcitrant to crystallization.
maharaj Kevin A. Maharaj
km224@buffalo.edu
Degree: B.S. Biochemistry, Binghamton University
Lab affiliation: Dr. Gewirth
Research Interests: Structure/Function relationships in hsp90 chaperones; protein folding and secretion.
mitchell Carter A. Mitchell
716 898-8645
cmitchell@hwi.buffalo.edu
Degree: B.S. Biochemistry, Texas State University
Lab affiliation: Dr. Gulick
Research Interests: Structural Studies of proteins involved in Quorum Sensing and iron acquisition in biofilm forming bacteria.
nandagiri Ritwik Nandagiri
rnandagiri@hwi.buffalo.edu
Degree: M.S Biotechnology, University at Buffalo
Lab affiliation: Dr. Malkowski
Research Interests: Structural and functional analysis of biochemically relevant membrane proteins involved in lipid metabolism.
orlando Ben Orlando
borlando@hwi.buffalo.edu
Degree: B.S. Human Biology, Michigan State University
Lab affilliation: Dr. Malkowski
Research Interests: X-Ray crystallographic structure and function of fatty acid oxygenases, and integral membrane proteins.
seidler Paul Seidler
pseidler@hwi.buffalo.edu
Degree: M.S. Multidisciplinary Studies - Chemistry & Biology, B.S. Forensic Chemistry, Minor in Biology, Buffalo State College
Lab affiliation: Dr. Gewirth
Research Interests:I am researching grp94, an ER chaperone homologous to hsp90. My present efforts involve characterizing its interaction with co-chaperones and client proteins.

sundlov Jesse Sundlov
jsundlov@hwi.buffalo.edu
Degree: B.A. Biology, Johns Hopkins University
Lab affiliation: Dr. Gulick
Research Interests:My current research relates to the biochemical and crystallographic study of Non-Ribosomal Peptide Synthetases. This is a family of multi-modular enzymes that produce many important bioactive compounds, from antibiotics to anticancer molecules, using an assembly line-like logic.  Structural knowledge of the modular interactions, and the domain choreography that allows the assembly line to function, will enable insightful design of novel medicinally relevant compounds.
wunsch Kristin Sutton
ksutton@hwi.buffalo.edu
Degree: B.S. Bioengineering, Syracuse University
Lab affiliation: Dr. Snell
Research Interests: I am studying the process of radiation damage in metalloproteins. Specifically, I am interested in the roles that the metal cofactor and the environment play in the amount of damage that occurs during X-ray data collection.
 
 
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