Spring 2003 Schedule
| Schedule
Times
|
Instructors and Staff
| |
Lecture Times : Monday and Wednesday at 4:15 to 5:30 pm |
Prof. Ann McDermott |
Justin Lorieau Nicholas Breen |
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- Branden and Tooze : Ch 1-5
- Branden and Tooze : Ch 6, 17
- Curr Opin Struct Biol 9, 164-9 (1999).
- J Mol Biol 311, 325-40 (2001).
- Monte Carlo study of the beta turn
- Constrained MD using NMR distance constraints
- MD and Protein Conformational dynamics
- Charge fitting
- QM Calculation of Amide Hydrolysis
- Protein Electrostatics
- Annu Rev Biophys Biomol Struct 29, 213-38 (2000).
- Principles of magnetic resonance. Springer-Verlag, Berlin, New York (1990).
- Relaxation and Dynamic Processes. Protein NMR spectroscopy principles and practice. Academic Press, San Diego (1996).
- Nat Struct Biol 7, 740-3 (2000).
- Proteins 38, 123-33 (2000).
- J
Mol Biol 263, 369-82 (1996).
- Biochemistry 35, 9945-50 (1996).
- Biochim Biophys Acta 1477, 16-34 (2000).
| Week | Lecture Topic | Lab | Reading |
| 1 (1/20) | Structural Biology | Protein Fold Visualization |
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| 2 (1/27) | Introduction to Protein Motifs | Protein
Fold Visualization |
B&T Ch 1-5 |
| 3 (2/3) | Structural
Information : the Protein Database (PDB) and Structural Validation Tools |
Cambridge Structural Database: Visualization and Ramachandran Plots Continued |
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| 4 (2/10) | Protein Homology and Structure Prediction | Homology in Gene Sequences | |
| 5 (2/17) | Protein Thermodynamic and Kinetic Aspects | ||
| 6 (2/24) | Molecular
Mechanics : Force Fields and Solvation |
Maestro and Macromodel | |
| 7 (3/3) | Molecular Mechanics : Sampling Methods and Molecular Dynamics | Maestro and Macromodel |
Optional
|
| 8 (3/10) | Molecular Mechanics : Special Topics |
Molecular
Dynamics of BPTI |
|
9 (3/17) |
SPRING BREAK (All Labs due) | ||
(3/24) |
MIDTERM EXAM (March 24 2003) | ||
| 10 (3/24) | Introduction to NMR for Structural Genomics | Special Projects |
|
| 11 (3/31) | NMR for Protein Structure Determination | ||
| 12 (4/7) | NMR for Protein Dynamics |
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| 13 (4/14) | DNA Binding
Proteins |
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| 14 (4/21) | HIV Protease and Drug Design |
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| 15 (4/28) | ATP Synthase | ||
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| 17 (5/11) |
FINAL EXAM | ||
