Energy Metabolism and the Regulation of Metabolic Processes in Mitochondria

Content: 
Front Matter, Page iii
Copyright, Page iv
CONTRIBUTORS, Pages viii-ix,xi-xiv
PREFACE, Pages xv-xvi, Myron A. Mehlman, Richard W. Hanson
MECHANISM AND CONTROL OF OXIDATIVE PHOSPHORYLATION, Pages 1-25, Efraim Racker, L.L. Horstman
KINETIC CONTROL OF ELECTRON FLOW, Pages 27-37, Britton Chance, Maria Erecińska, Edwin M. Chance, Alberto Boveris, Michael Wagner
THERMODYNAMIC CONTROL OF MITOCHONDRIAL ENERGY COUPLING, Pages 39-52, David F. Wilson, P. Leslie Dutton
REPLENISHMENT AND DEPLETION OF CITRIC ACID CYCLE INTERMEDIATES IN MUSCLE, Pages 53-61, John M. Lowenstein
ANION TRANSPORT AND THE REGULATION OF THE CITRIC ACID CYCLE, Pages 63-78, G.R. Williams, J.L. Orr, G.S. Wong
IS THERE AN ORGANIZATION OF KREBS CYCLE ENZYMES IN THE MITOCHONDRIAL MATRIX?, Pages 79-91, Paul A. Srere
CITRIC ACID CYCLE DYNAMICS AND SUBSTRATE COMPARTMENTATION IN MITOCHONDRIA FROM RABBIT HEART AND BRAIN, Pages 93-108, R.W. Von Korff
THE SIGNIFICANCE OF MITOCHONDRIAL PHOSPHOENOLPYRUVATE FORMATION IN THE REGULATION OF GLUCONEOGENESIS IN GUINEA PIG LIVER, Pages 109-135, Alan J. Garber, F.J. Ballard, Richard W. Hanson
PRODUCTION AND UTILIZATION OF ATP AND THE REGULATION OF LIPOGENESIS IN ADIPOSE TISSUE, Pages 137-169, J.P. Flatt
LIVER METABOLITE CONTENT, REDOX AND PHOSPHORYLATION STATES IN RATS FED DIETS CONTAINING 1,3-BUTANEDIOL AND ETHANOL, Pages 171-183, R.L. Veech, M.A. Mehlman
FEEDBACK CONTROL OF THE CITRIC ACID CYCLE, Pages 185-210, John R. Williamson, Colleen M. Smith, Kathryn F. LaNoue, Jadwiga Bryla
SOURCES AND DISPOSITION OF AEROBICALLY-GENERATED INTERMEDIATES IN HEART MUSCLE, Pages 211-238, E. Jack Davis, Reneé C. Lin, David Li-Shan Chao
HORMONAL REGULATION OF PYRUVATE METABOLISM IN RAT LIVER MITOCHONDRIA, Pages 239-252, Robert C. Haynes Jr.
PYRUVATE DEHYDROGENASE COMPLEX: STRUCTURE, FUNCTION, AND REGULATION, Pages 253-270, Lester J. Reed, Tracy C. Linn, Flora H. Pettit, Robert M. Oliver, Ferdinand Hucho, John W. Pelley, Douglas D. Randall, Thomas E. Roche
REDUCTIVE CARBOXYLATION OF α-OXOGLUTARATE BY MITOCHONDRIA FROM LIVERS OF NORMAL, DIABETIC AND FAT-FED RATS, Pages 271-286, Carl R. Mackerer
PROPERTIES OF MITOCHONDRIAL ATPase, Pages 287-288, Henry A. Lardy, David Lambeth
SUBJECT INDEX, Pages 289-296