NMR Theory and Techniques Course

 2017, Wednesdays 4pm – 5pm in Chemistry G.54 with Ralph Adams unless specified.

 1. Theory

1.1 18th January Zochonis B Nuclear magnetism and NMR spectroscopy NMR Handout 1.1 NMR Slides 1.1 Lecture Capture Video
1.2 25th January Kilburn 1.1 Chemical shift NMR Handout 1.2 NMR Slides 1.2 Lecture Capture Video
1.3 1st February Chemistry G.54 Spin-spin coupling NMR Handout 1.3 NMR Slides 1.3 Lecture Capture Video
1.4 8th February Chemistry G.54 The Fourier transform, 2D NMR, and non-uniform sampling
with Mohammadali Foroozandeh		 NMR Handout 1.4 NMR Slides 1.4 Lecture Capture Video

 Recommended reading: P. J. Hore, Nuclear Magnetic Resonance

 

 2. Techniques

2.1 15th February Chemistry G.54 Sensitivity, relaxation, quantification, signal averaging, and heteronuclei NMR Handout 2.1 NMR Slides 2.1 Lecture Capture Video
2.2 22nd February Chemistry G.51 Sensitivity enhancement, INEPT, DEPT, decoupling, and pure shift NMR
with Laura Castañar		 NMR Handout 2.2 NMR Slides 2.2 Lecture Capture Video
2.3 8th March Chemistry G.51 COSY and its variants, TOCSY, INADEQUATE and ADEQUATE
with Laura Castañar		 NMR Handout 2.3 NMR Slides 2.3 Lecture Capture Video
2.4 15th March Chemistry G.54 HSQC/HMQC, multiplicity edited HSQC, HMBC, H2BC, HSQCMBC, and HSQC-TOCSY
with Peter Kiraly		 NMR Handout 2.4 NMR Slides 2.4 Lecture Capture Video
2.5 22nd March Chemistry G.54 NOE, equilibrium and transient, 1D and 2D NOESY, selective NOESY, ROESY and HOESY NMR Handout 2.5 NMR Slides 2.5 Lecture Capture Video
2.6 29th March Chemistry G.54 J-resolved spectra, DOSY, and STD NMR Handout 2.6 NMR Slides 2.6 Lecture Capture Video
2.7 5th April Chemistry G.54 Chemical exchange, EXSY, kinetics, protein-ligand binding
with Matthew Cliff		 Handout Slides  

 Recommended reading: T. D. W. Claridge, High-Resolution NMR Techniques in Organic Chemistry – available as an ebook through the library

 

 3. Workshops (Dates to be confirmed)

3.1      Processing 1D and 2D NMR data in MNova
with Carlo Bawn		 Handout Slides Video Walkthrough
3.2     Processing 1D and 2D NMR data in Topspin
with Carlo Bawn		 Handout Slides Video Walkthrough
3.3     Interpretation and assignment
with Matthew Cliff		 Handout Slides Video Walkthrough


           
           
            

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