Untitled

Abstract

Introduction 335 (2) The principles of n.m.r. 336 2.1 Metabolic studies 336 2.2 N.m.r. imaging 336 (3) 31P n.m.r. studies of metabolism 3.1 Metabolite levels and pH in the steady state 3.2 Metabolic changes 3.2.1 Ischaemia, anoxia and hypoxia 3.2.2 Work 341 3.3 Studies of tumours 3.4 Steady-state kinetics (4) 'H n.m.r. studies of metabolism 4.1 Technical considerations 4.2 Applications (5) 13C n.m.r. studies of metabolism (6) 19F studies 351 (7) Other nuclei (8) Localization techniques for in vivo spectroscopy 353 (9) Summary (10) References