Biomolecular Structure and Function
Track Representative:
Kenneth Johnson
Biomolecular Structure and Function is the study of how living material
is organized. Using powerful techniques such as X-ray crystallography and NMR spectroscopy, structural biologists can determine high resolution models of vital macromolecules and their assemblies. These models are valuable tools that
help explain the molecular basis of catalysis, recognition and disease.
The Biomolecular Structure and Function Track provides advances training
for graduate students interested in the structural analysis of
macromolecules. Our goal is to provide the essential concepts
and techniques required for independent study in this field.
Course Requirements:
- CH394 - Chemistry of Enzyme Systems
- CH190 - Structural Biology Seminar (each semester)
Students may choose one course from the following (with
permission of supervising professor):
- CH387D - Physical Methods in Biochemistry
and Molecular Biology
- CH391L - Macromolecular Structure Determination
- CH391L - Bioinformatics
- CHE 391L - Genomics
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Biomolecular Structure and Function Tracks and Research Focus Areas
| | Aldrich, Richard | Appling, Dean | Bajaj, Chandrajit | | Bittner, George | Brown, Richard M. | Browning, Karen S. | | Dalby, Kevin | Ellington, Andy | Fast, Walter | | Graham, David | Gutell, Robin | Hackert, Marvin | | Hoffman, David | Johnson, Kenneth | Jolly, Christopher | | Keatinge-Clay, Adrian | Kerwin, Sean | Kitto, G. Barrie | | Lambowitz, Alan M. | Liu, Hung-wen (Ben) | Marcotte, Edward | | Martin, Stephen | Payne, Shelley | Riggs, Austen | | Robertus, Jon | Russell, Rick | Stevens, Scott | | Trent , M. Stephen | Webb, Lauren | Whitman, Christian | | Yin, Whitney | Zhang, Yan Jessie | Zhang, Zhiwen (Jonathan) | |
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