Physics of NMR Spectroscopy in Biology and Medicine ( Enrico Fermi International School of Physics )

Publication series :Enrico Fermi International School of Physics

Author: Maraviglia   B.  

Publisher: Elsevier Science‎

Publication year: 1988

E-ISBN: 9780444597793

P-ISBN(Paperback): 9780444871084

P-ISBN(Hardback):  9780444871084

Subject: O482.53 Magnetic Relaxation and Resonance Phenomenon

Language: ENG

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Description

As a result of the recent expansion of nuclear magnetic resonance in biomedicine, a number of workshops and schools have been organized to introduce the NMR principles to a wider group of biologists, radiologists, neurologists, etc. The aim of most of these courses was to provide a common vocabulary and enough information about ``pulse sequences'', relaxation times, etc. in order to facilitate the use of the various types of NMR imaging systems. However, no courses were organized for the physicists who were responsible for the origin and evolution of the ideas in this area. This Enrico Fermi school was therefore organized. The topics discussed included the theoretical interpretation and prediction of NMR signals, the study of new imaging techniques up to the building of special r.f. coils and the study of new methods for analysing NMR data in the time domain.

Chapter

Front Cover

pp.:  1 – 4

Copyright Page

pp.:  5 – 6

Table of Contents

pp.:  6 – 14

Preface

pp.:  14 – 18

Chapter 2. Lectures on pulsed NMR

pp.:  60 – 138

Chapter 3. NMR studies of membranes and whole cells

pp.:  138 – 175

Chapter 4. A brief account of two-dimensional NMR spectroscopy

pp.:  175 – 203

Chapter 5. Magnetic relaxation of small-molecule nuclear spins in colloid systems

pp.:  203 – 220

Chapter 6. Magic-angle sample spinning

pp.:  220 – 284

Chapter 7. Determination of the solution structure of proteins from NMR

pp.:  284 – 325

Chapter 8. NMR studies of cholesterol orientational order and dynamics, and the phase equilibria of cholesterol/phospholipid mixtures

pp.:  325 – 336

Chapter 9. Quantitative analysis of NMR signals in the time domain

pp.:  336 – 368

Chapter 10. Principles of NMR imaging

pp.:  368 – 393

Chapter 11. Pulse sequences for imaging: T1 and T2 dependence

pp.:  393 – 405

Chapter 12. Macromolecular spatial distribution by NMR

pp.:  405 – 412

Chapter 13. In vivo NMR spectroscopy

pp.:  412 – 435

Chapter 14. Sensitivity, probe design and spatial localization for in vivo NMR

pp.:  435 – 463

Chapter 15. Standardization in medical and biological NMR studies

pp.:  463 – 474

Chapter 16. The contrast-to-noise and signal-tonoise ratios in MRI

pp.:  474 – 484

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