Magnetic resonance spectroscopy in biology and medicine: functional and pathological tissue characterization
Magnetic Resonance Spectroscopy in Biology and Medicine , presents the experimental and basic aspects of functional and pathological tissue characterization of MRS. A balance is drawn between the basic science, practical technologies and biomedical applications. Covering recent developments in the field: localization, 2D NMR, spectroscopic imaging, data quantification and quality assessment, as well as the basic principles of magnetic resonance spectroscopy, this book provides the lecturer and postdoctoral student, with a valuable research tool for the laboratory. This book is didactically-orientated, with 13 chapters devoted to MRS methodology, 3 chapters on MRS equipment, 13 chapters on clinical and experimental MRS, as well as an appendix containing the basic sciences for MRS and a MRS glossary.
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Introduction to the Physical Basis of NMR
A classical model
126 other sections not shown
13C NMR 31P NMR acid amplitude application biochemical biological Biophys body fluids brain Cancer chemical shift clinical concentrations creatine creatine kinase cytoplasmic decoupling detection drug Dunaliella effects energy experiment experimental Fourier transform frequency function glucose gradient high energy phosphates high resolution human imaging induced infants intracellular pH ischaemia lactate lH NMR lipid lipoprotein liver localization Magn magnetic field magnetic resonance spectroscopy magnetic resonance studies measurements membrane metabolism metabolites method molecules muscle neonatal NMR spectra NMR spectroscopy NMR studies NMR tube normal nuclear magnetic resonance nuclei observed obtained parameters patients peak perfused phase phosphate phospholipid phosphorus Plant Physiol plasma ppm Fig processes proton proton NMR pulse sequence quantitative ratio relaxation renal RF pulse sample saturation selective sensitivity signal-to-noise spatial spectrum spin spin-echo spin-lattice relaxation surface coil technique tissue transplantation tumour vacuolar vivo vivo NMR volume voxel water suppression