دانلود کتاب Ciba Foundation Symposium 31 - Energy Transformation in Biological Systems

Content: Chapter 1 Opening Remarks (pages 1–2): A. F. HuxleyChapter 2 The Roots of Bioenergetics (pages 3–22): Fritz LipmannChapter 3 Energy Transfer in Mitochondrial Synthesis of ATP; a Survey (pages 23–40): Martin KlingenbergChapter 4 Chloroplasts (pages 41–68): F. R. WhatleyChapter 5 Energy Changes During the Formation and Interconversion of Enzyme?Substrate Complexes (pages 69–86): H. Gutfreund and D. R. TrenthamChapter 6 Magnetic Resonance Studies of Specificity in Binding and Catalysis of Phosphotransferases (pages 87–104): Mildred CohnChapter 7 Energetic Aspects of Transport of ADP and ATP Through the Mitochondrial Membrane (pages 105–124): Martin KlingenbergChapter 8 Bioluminescence: From Chemical Bonds to Photons (pages 125–146): J. W. HastingsChapter 9 The Purple Membrane of Halobacterium halobium: A New System for Light Energy Conversion (pages 147–167): Dieter OesterheltChapter 10 Ionic Aspects of Excitation in Rod Outer Segments (pages 169–189): W. A. Hagins, W. E. Robinson and S. YoshikamiChapter 11 The Ionic Channels in Excitable Membranes (pages 191–203): R. D. KeynesChapter 12 Different Approaches to the Mechanism of the Sodium Pump (pages 205–223): I. M. Glynn and S. J. D. KarlishChapter 13 The Bacterial Phosphoenolpyruvate: Sugar Phosphotransferase System (pages 225–241): Saul RosemanChapter 14 The Active Transport of Carbohydrates by Escherichia coli (pages 243–269): P. J. F. Henderson and H. L. KornbergChapter 15 The Origin of Force in Skeletal Muscle (pages 271–299): A. F. HuxleyChapter 16 How Does ATP Act as an Energy Source? (pages 301–325): C. W. F. McClareChapter 17 Muscle as a Thermodynarnic Machine (pages 327–339): D. R. WilkieChapter 18 Mechanical and Biochemical Cycles in Muscle Contraction (pages 341–353): D. C. S. White and Madeleine M. K. DonaldsonChapter 19 Protein Phosphorylation and Metabolic Control (pages 355–367): Edwin G. Krebs and James T. StullChapter 20 Energy Utilization for Control (pages 369–402): Benno Hess