Horizons of Bioenergetics :Proceedings of a Symposium held at Bloomington, Indiana October 12-15, 1970

Publication subTitle :Proceedings of a Symposium held at Bloomington, Indiana October 12-15, 1970

Author: Pietro   Anthony San;Gest   Howard  

Publisher: Elsevier Science‎

Publication year: 2014

E-ISBN: 9781483272368

P-ISBN(Paperback): 9780126189407

P-ISBN(Hardback):  9780126189407

Subject: Q1 General Biology

Language: ENG

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Description

Horizons of Bioenergetics provides information pertinent to the fundamental aspects of bioenergetics. This book covers a variety of topics, including oxidative phosphorylation, energy conservation, ATP formation, metabolic regulation, glycolysis, and photosynthesis efficiency.

Organized into five sessions encompassing 23 chapters, this book begins with an overview of the major landmarks in biochemical evolution that are most relevant to the discussion on bioenergetics. This text then reviews the knowledge about ATP generation by substrate level phosphorylation by anaerobic bacteria that ferment organic compounds. Other chapters consider the resolution and reconstitution of oxidative phosphorylation. This book discusses as well another energy-requiring activity associated with electron transport in mitochondria that may take primacy over oxidative phosphorylation. The final chapter deals with the possibility that conformational change can induce major shifts in electro-chemical potential and provide a mechanism for energy storage and conversion.

This book is a valuable resource for biochemists, scientists, and research workers.

Chapter

CHAPTER 1. CHAIRMAN'S REMARKS

CHAPTER 2. ATP FORMATION BY ANAEROBIC BACTERIA

REFERENCES

CHAPTER 3. OXIDATIVE PHOSPHORYLATION IN THE OBLIGATE ANAEROBE, DESULFOVIBRIO GIGAS

DISCUSSION

Acknowledgement

REFERENCES

CHAPTER 4. THE PRESENT STATUS OF THE RECONSTITUTION OF A FUNCTIONAL INNER MITOCHONDRIAL MEMBRANE

RESOLUTION AND RECONSTITUTION OF PROTEIN COMPONENTS

RESOLUTION AND RECONSTITUTION OF PHOSPHOLIPIDS

TOPOGRAPHY OF THE INNER MITOCHONDRIAL MEMBRANE

ADDENDUM

REFERENCES

CHAPTER 5. A Ca2+ BINDING FACTOR AND OXIDATIVE PHOSPHORYLATION

CHAPTER 6. ROLE OF MEMBRANES IN ENERGY CONSERVATION

REFERENCES

SESSION B: CONTROL OF ENERGY CONVERSION

CHAPTER 7. CHAIRMAN1S REMARKS

CHAPTER 8. THE ADENYLATE ENERGY CHARGE IN METABOLIC REGULATION

CONCLUSION

REFERENCES

CHAPTER 9. ENERGY SOURCES FOR TUMOR GROWTH

REFERENCES

CHAPTER 10. GLYCOLYSIS IN CULTURED CELLS

Chapter 11. Comparative Aspects of "Energy-Linked" Control of Electron Transport in Photosynthetic Systems and Mitochondria

Conclusions

REFERENCES

Chapter 12. Electron-Transfer, Allosteric Changes, and Energy Control

Amplification of Metal Oxidation State Changes: Allosteric Effects

Energy Control

REFERENCES

CHAPTER 13. CALCULATION OF THE STANDARD GIBBS FREE ENERGY, ENTHALPY, AND ENTROPY CHANGES FOR THE HYDROLYSIS OF ATP AT O°, 25°, 37°, and 75°

CALCULATIONS

DISCUSSION

Acknowledgment

REFERENCES

SESSION C: EFFICIENCY OF ENERGY CONVERSION

CHAPTER 14. CHAIRMAN'S REMARKS

CHAPTER 15. EFFICIENCY OF PHOTOSYNTHESIS

ATP DEMAND FOR PHOTOSYNTHETIC GROWTH, CYCLIC EVENTS IN VIVO

COOPERATION OF THE PHOTOSYSTEMS

INSTABILITY OF O2 PRECURSORS, DYNAMICS OF SYSTEM II

EFFICIENCY IN NATURE

REFERENCES

CHAPTER 16. PHOTO-EXCITATION EFFECTS IN MOLECULES CONCEALED IN NORMAL ACTION SPECTRA

SESSION D: EVOLUTIONARY ASPECTS OF ENERGY CONVERSION

CHAPTER 17. ORGANELLE BIOGENESIS AND EVOLUTION

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CHAPTER 18. ON MEMBRANES

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CHAPTER 19. EVOLUTIONARY DEVELOPMENT OF ENERGY-CONVERTING SYSTEMS

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CHAPTER 20. THE ORIGIN OF ENERGY CONSERVATION

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SESSION E: SUMMARY

CHAPTER 21. SUMMARIZING REMARKS

CHAPTER 22. A VALEDICTION FOR A SYMPOSIUM ON BIOENERGETICS

The Fable of the Professor Who Wanted to Be Alone

MORAL: Avoid Crowds

REFERENCES

APPENDIX: OPPORTUNITIES FOR SCIENCE AND SCIENTISTS

CHAPTER 23. OPPORTUNITIES FOR SCIENCE AND SCIENTISTS

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