Analysis of NMR Spectra
A Guide for Chemists
Chapter
In an attempt to elucidate the relationships between structure, dynamics and function in the calmodulin superfamily of Ca2+-binding intracellular proteins we have undertaken a detailed study of bovine calbindin D
Chapter
Calbindin D9k constitutes an attractive model system for exploring the relationships between structure, dynamics and function in the EF-hand family of proteins. It is the smallest protein known (Mr ≈ 8,500; 75 a....
Book and Conference Proceedings
Chapter and Conference Paper
Nuclear magnetic resonance is possible because a number of nuclei possess intrinsic magnetic moments. The existence of an intrinsic magnetic moment is intimately related to the angular momentum properties of t...
Chapter and Conference Paper
A common method for analysing NMR spectra proceeds as follows. For a given type of spin system, theoretical formulae are derived for the frequencies and relative intensities of all the allowed transitions. On ...
Chapter and Conference Paper
The basic quantum mechanics required will be described with a sequence of postulates and definitions with a few comments interpolated. The treatment does not claim maximum rigour and elegance but is intended t...
Chapter and Conference Paper
The structure of a high-resolution NMR spectrum depends among other things on whether the magnetic nuclei of the molecule may be divided into groups of equivalent spins, or not. It is important to distinguish ...
Chapter and Conference Paper
Simple first order spectra arise from spin systems in which each basic group consists of one single spin or one single group of magnetically equivalent nuclei. The line structure of a basic multiplet can then ...