Schedule | BCMP 228

Topic	Lecturer	Date
1. Introduction biomolecular NMR	Wagner	F 9-9
2. Classical approach to spin Classical understaing of NMR with 1H 1D experiments as examples	Chou	M 9-12
3. Quantum approach to spin Quantum mechanical understanding of NMR, spin states	Wagner	F 9-16
4. Operator products - Theory and Workshop	Wagner	M 9-19
5. HSQC and TROSY	Chou	F 9-23
6. Triple resonance: Recent interesting research from the lab	Chou	M 9-26
7. Application of 3D triple resonance experiments in biology Recent interesting research from the lab	Chou	F 9-30
8. Conventional NMR data collection	Arthanari	M 10-3
9. New-Age NMR data collection Recent interesting research from the lab	Arthanari	F 10-7
Columbus Day		M 10-10
10. Nuclear Overhauser Enhancement - theory	Wagner	F 10-14
11. NOESY experiments Applications to protein structure determination	Chou	M 10-17
BCMP retreat		F 10-21
12. NMR spectrometer and settting up experiments	Heffron	M 10-24
13. NMR in drug discovery I	Arthanari	F 10-28
14. NMR in drug discovery II	Arthanari	M 10-31
15. Relaxation: concepts	Wanger	F 11-4
16. Relaxation: protein dynamics Interesting research from the lab	Wagner or Arthanari	M 11-7
Veteran's Day		F 11-11
17. Protein structure determination by NMR I	Sun	M 11-14
18. Protein structure determination by NMR II	Sun	F 11-18
19. Residual Dipolar Couplings I	Chou	M 11-21
Thanksgiving		F 11-25
20. Residual Dipolar Couplings II	Chou	M 11-28
no class		F 12-2
no class		M 12-5
21. NMR in metabolomics	Heffron	F 12-9