Science: Chemistry: Nuclear Magnetic Resonance: Theory

Insightful discussion of many aspects of FTNMR, multi-dimensional NMR and MRI by Nobel laureate R.R.Ernst.

Bibliography of G.M.Clore: Reviews and original papers on protein structure determination by solution NMR spectroscopy. Some of the reviews are introductory and the others are intended for experts.

Solid state NMR methodology for structure determination of uniformly labeled peptides. Also, a new algorithm for structure determination that uses distance and angle constraints obtainable from NMR data. From the Griffin lab at MIT.

Introduction to (high resolution) multidimensional solution NMR spectroscopy. Description of line-shapes, product operator formalism, phase-cycling, pulsed field gradients and relaxation. By James Keeler. Also contains the full text of "EMBO Course: Il Ciocco" lecture notes.

Nobel lecture by Felix Bloch.

Derivation of the master equation for relaxation in liquids (Redfield relaxation equation). Hamiltonians for dipolar, quadrupolar and CSA relaxation. Auto and cross correlations and relation to internal motion. PDF file by Nagarajan Murali.

Description of the distance geometry method used in biomolecular structure determination.

A very good and very useful course in the basic and advanced theory of NMR Spectroscopy. Covers 1D and 2D.

By Perttu Permi. The entire paper and dissertation is available in pdf format.