Course Home Page Course Notices: Check Regularly!
Lecture Schedule and Notes Web Sites of Interest
Problem Sets and Exams Friday Lab Sessions
Georgia Tech Home Page Georgia State Home Page University of Georgia Home Page
 


Lecture Schedule
Blackboard Collaborate Ultra Classroom : Biomolecular NMR Spectroscopy - Spring 2017
       
Date Instructor TopicSuggested Reading
      L – Levitt    C – Cavanagh    K – Keeler
I. Introduction

M 1/9 Urbauer A. Magnetic properties of nuclei and electrons - precession
[video of lecture]
5 – 38 L
W 1/11 Urbauer B. RF pulses and spin relaxation - Bloch equations
(precession video) [video of lecturei]
39 – 50 L, 653 L
M 1/16   MLK Jr. Holiday (no class)  
       
II. Instrumentation
W 1/18 Urbauer A. Instrumental considerations - a look at probes
[video of lecture]
65 – 76 L
M 1/23 Urbauer B. Fourier transform methods and data processing
[video of lecture]
85 – 102 L, 78 – 101 K
       
III. NMR Observables – Classical and Quantum Descriptions
W 1/25 Urbauer A. Scalar Couplings
[video of lecture]
217 – 223 L
M 1/30 Urbauer A. Scalar Couplings (cont'd)
[video of lecture]
195 – 206 L
W 2/1 Urbauer B. Chemical Shifts
[video of lecture]
195 – 206 L
M 2/6 Urbauer C. Intro to a QM description of NMR
[video of lecture]
171 – 194 L, 23 – 46 K, 105 – 126 K
W 2/8 Urbauer C. Intro to a QM description of NMR (cont'd)
[video of lecture]
615 – 623 L
M 2/13 Urbauer D. Applications to second order spectra
[video of lecture]
381 – 405 L, 139 – 182 K
       
IV. Density Matrices and Product Operator Formalism
W 2/15 Urbauer A. Density Matrix - Evolution and interpretation
[video of lecture]
259 – 289 L, 369 – 381 L, 126 – 137 K
M 2/20 Urbauer A. Density Matrix - Evolution and interpretation (cont'd)
[video of lecture]
259 – 289 L, 369 – 381 L, 126 – 137 K
W 2/22 Urbauer B. Density matrix in product operator form
[video of lecture]
381 – 405 L, 139 – 182 K
M 2/27 Urbauer B. Density matrix in product operator form (cont'd)
[video of lecture]
381 – 405 L, 139 – 182 K
W 3/1 Urbauer C. 2D Heteronuclear Correlation
[video of lecture]
105 – 113 L, 436 – 443 L, 410 – 447 C
M 3/6 Urbauer D. COSY, TOCSY
[video of lecture]
409 – 418 L, 492 – 506 L
       
V. Basic Pulse Sequences
W 3/8 Urbauer A. Pulse field gradients and extensions to 3D
[video of lecture]
649 – 652 L, 114 L
M 3/13 Urbauer A. Pulse field gradients and extensions to 3D (cont'd)
[video of lecture]
649 – 652 L, 114 L
W 3/15 Urbauer B. Triple resonance experiments for proteins
[video of lecture]
468 – 530 C
W 3/15 Urbauer C. Sequential assignment strategies in proteins
[video of lecture]
533 – 543 C
       
VI. Applications I
M 3/20 Edison A1. Metabolomics Ia
A2. Metabolomics Ib
[video of lecture, Ia]
[video of lecture, Ib]
 
M 3/22 Edison B1. Metabolomics IIa
B2. Metabolomics IIb
[video of lecture, IIa]
[video of lecture, IIb]
 
M 3/27 Yang C. Chemical Exchange and Diffusion
[
video of lecture]
515 – 524 L
W 3/29 Yang D. Protein Folding and Amide Exchange
[video of lecture]
 
M 4/3 Roberts E. Drug Discovery I
[video of lecture]
 
W 4/5 Roberts F. Drug Discovery II
[
video of lecture]
 
M 4/10 Yang G. Imaging (MRI)
[video of lecture]
309 – 315 L
W 4/12 Urbauer H. Spin Relaxation and NOEs
[video of lecture]
584 – 593 L, 306 – 308 L
M 4/17 Urbauer I. Spin Relaxation in Proteins I
[video of lecture]
543 – 554 C
W 4/19 Urbauer J. Spin Relaxation in Proteins II
[video of lecture]
211 – 217 L
F 4/21 Urbauer K. Residual Dipolar Couplings
[video of lecture]
211 – 217 L
M 4/24 Germann L. NMR of RNA and DNA I
[video of lecture]
 
M 4/26 Germann M. NMR of RNA and DNA II
in class exercise material
[video of lecture]
 
       
M 5/1   FINAL EXAM (8:00 - 11:00) UGA