Schedule

TopicLecturerDate
1. Introduction bio-molecular NMRArthanariTh 9-5
2. Classical approach to spin:
    Classical understanding of NMR and Bloch Equation		Arthanari / DubeyTu 9-10
3. Classical approach to spin:
    Relaxation and simple 1d NMR experiments		DubeyTh 9-12

4. Quantum approach to spin:

    Quantum mechanical understanding of NMR, spin states

DubeyTu 9-17

5. Quantum approach to spin:

     Density matrix

DubeyTh 9-19
6. Product Operator: Single SpinDubeyTu 9-24
7. Product Operator: Two SpinsDubeyTh 9-26
8. Product Operator: INEPT and HSQCArthanari / DubeyTu 10-1
9. Relaxation Theory (I and II)PalmerTh 10-3
10. Multidimensional NMR experiments: HSQC and HMQCDubeyTu 10-8
11. Multidimensional NMR experiments: HSQC variantsArthanari / DubeyTh 10-10
12. Multidimensional NMR experiments: Triple resonance experimentsArthanariTu 10-15
13. Backbone assignmentsArthanari / SunTh 10-17
14. NMR instrument demonstrationArthanariTu 10-22
No class-Th 10-24
15. Labeling in NMRTornerTu 10-29
16. ? Th 10-31
17. ? Tu 11-5
BCMP retreat no class-Th 11-7
18. ? Tu 11-12
19. ? Th 11-14
20. NMR Signal ProcessingDubeyTu 11-19
21. NMR Data ProcessingDubeyTh 11-21
22. ? Tu 11-26
Thanksgiving no class-Th 11-28
23. In-cell NMR SpectroscopyLuchinatTu 12-3
24. MetabolomicsDubeyTh 12-5
25. TROSY / Drug DiscoveryDubey / ArthanariTu 12-10
26. NMR and Nucleic AcidHashmiTh 12-12