Office: MEYR 208
Ph.D. Univ. of California, Berkeley 1965; B.A. Cornell University 1961
High resolution NMR spectroscopy and computer molecular modeling are used to explore the conformation and dynamics of complex carbohydrates of the cell surface. Techniques such as scalar and dipolar coupling and nuclear Overhauser effects are applied to study glycoprotein oligosaccharides and the antigenic polysaccharides of pathogenic bacteria.
For a list of publications and links to pdf files of most recent papers, click this link.
Honors and Awards
Associate Editor, Biopolymers
John Wiley Press
Population Biology of Surface Polysaccharides in Cholera’ NIH GM-60791
Conformation and Dynamics of Complex Polysaccharides
FASEB Summer Research Conference: Microbial Polysaccharides
Tucson, AZ June 17-22, 1006. Invited lecture: Engineering the cell wall receptor polysaccharides of Viridans streptococci and their structure by NMR spectroscopy
CHEM 102: Principles of Chemistry II
CHEM 437: Comprehensive Biochemistry I – Course Website
CHEM 435: Biochemistry of Complex Carbohydrates – Course Website
CHEM 444: Molecular Modelling – Course Website
CHEM 442: Physical Biochemistry – Course Website
NMR spectroscopy, computer molecular modeling, bacterial polysaccharide isolation, chromatography, HPLC.