Min Chen, Chemistry
Engineering protein pores for biosensing |
Peter Chien, Biochemistry and Molecular Biology
Regulated protein degradation in bacteria |
Michelle Farkas, Chemistry
Development and Application of Chemical Biology Methods for the Study of Cancer Progression and Metastasis |
Scott
Garman, Biochemistry & Molecular Biology
Structural biology of glycoproteins in human disease |
Lila
M. Gierasch, Biochemistry & Molecular Biology/Chemistry
Biophysical approaches to protein folding and localization |
Jeanne
Hardy, Chemistry
Design of allosteric switches in apoptosis proteins; use of x-ray crystallography |
Daniel
N. Hebert, Biochemistry & Molecular Biology
Protein folding and maturation in the cell |
Alejandro
Heuck, Biochemistry and Molecular Biology
Transmembrane pore-forming proteins, fluorescence spectroscopy |
D.
Joseph Jerry, Veterinary & Animal Sciences
Regulation of p53 function |
Igor
A. Kaltashov, Chemistry
Biopolymer structure and function by mass spectrometry |
Michael
J. Knapp, Chemistry
Enzymology of metallo-oxygenases, bioinorganic chemistry |
Michael
J. Maroney, Chemistry
Metallobiochemistry |
Craig
T. Martin, Chemistry
Protein-nucleic acid interactions; RNA polymerase enzymology |
Murugappan
Muthukumar, Polymer Science & Engineering
Assembly and dynamics of macromolecular complexes |
Sarah Perry, Chemical Engineering
Molecular engineering, self-assembly, and microfluidic technologies to generate biologically relevant microenvironments for the study and application of biomacromolecules |
Shelly Peyton, Chemical Engineering
Engineered microenvironment control of cell motility |
Vincent
M. Rotello, Chemistry
Biomedical applications of nanoparticles and polymers |
Maria
M. Santore, Polymer Science & Engineering
Proteins and membranes in biomaterials; biomimetics; bioadhesion |
Jessica Schiffman, Chemical Engineering
Biopolymer nanostructures and hydrogels; Antibacterial surface coatings |
Sloan Siegrist, Microbiology
Engineering the cell surfaces of bacterial pathogens |
Meg Stratton, Biochemistry & Molecular Biology
Understanding the molecular components of long term memory formation |
Eric Strieter, Chemistry
Ubiquitin control of biochemical pathways to maintain normal cellular function |
Gregory
N. Tew, Polymer Science & Engineering
Bio-inspired macromolecules and materials |
S.
Thayumanavan, Chemistry
Biomimetic macromolecules |
Lynmarie
K. Thompson, Chemistry
Membrane receptors and transporters; solid-state NMR |
Richard
W. Vachet, Chemistry
Biological mass spectrometry; nanoparticles in biology |
Elizabeth Vierling, Biochemistry & Molecular Biology
Molecular chaperones, stress responses, and nitric oxide metabolism in plants |
