Protein Phosphorylation in Control Mechanisms
eBook - PDF

Protein Phosphorylation in Control Mechanisms

  1. 336 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Protein Phosphorylation in Control Mechanisms

About this book

Protein Phosphorylation in Control Mechanisms contains the proceedings of the Miami Winter Symposia entitled ""Protein Phosphorylation in Control Mechanisms,"" held on January 15-16, 1973, in Miami, Florida, and organized by the Department of Biochemistry at the University of Miami School of Medicine. The papers explore the role of protein phosphorylation in control mechanisms, including muscle metabolism and function, cell division, and histone and protamine binding to DNA. This volume is comprised of 28 chapters and begins with an overview of Earl W. Sutherland's scientific work and the involvement of cyclic AMP in enzyme inductions. The discussion then turns to the regulation of muscle metabolism and function by protein phosphorylation; the link between hormonally regulated enzymes in adipose tissue and cyclic AMP-dependent protein kinase; and regulation of the mammalian pyruvate dehydrogenase complex by phosphorylation and dephosphorylation. Subsequent chapters focus on the role of histone phosphorylation in cell division; histone phosphorylation and regulation of nuclear function; and protein phosphorylation in retinal photoreceptors. The final chapter is devoted to acetylation of nuclear proteins in rat testis. This book should be a valuable resource for biochemists.

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Information

Publisher
Academic Press
Year
2012
Print ISBN
9780123609502
eBook ISBN
9780323155342
Topic
Biological Sciences
Subtopic
Zoology
Index
Biological Sciences

Table of contents

  1. Front Cover
  2. Protein Phosphorylation in Control Mechanisms
  3. Copyright Page
  4. Table of Contents
  5. SPEAKERS, CHAIRMEN, AND DISCUSSANTS
  6. PREFACE
  7. CHAPTER 1. THE FOURTH FEODOR LYNEN LECTURE My Life and Cyclic AMP
  8. CHAPTER 2. THE REGULATION OF MUSCLE METABOLISM AND FUNCTION BY PROTEIN PHOSPHORYLATION
  9. CHAPTER 3. HORMONALLY REGULATED ENZYMES IN ADIPOSE TISSUE LINKED TO CYCLIC AMP-DEPENDENT PROTEIN KINASE
  10. CHAPTER 4. MOLECULAR CHARACTERIZATION OF CYCLIC AMP-DEPENDENT PROTEIN KINASES DERIVED FROM BOVINE HEART AND HUMAN ERYTHROCYTES
  11. CHAPTER 5. REGUIATION OF THE MAMMALIAN PYRUVATE DEHYOROGENASE COMPLEX BY PHOSPHORYLATION AND DEPHOSPHORYLATION
  12. CHAPTER 6. CYCLIC AMP-DEPENDENT PROTEIN KINASES FROM RABBIT RED BLOOD CELLS: ACTIVATION, FUNCTION, AND MOLECULAR FORMS
  13. CHAPTER 7. PROTEIN KINASE IN THE BOVINE CORPUS LUTEUM
  14. CHAPTER 8. CYCLIC NUCLEOTIDES, PROTEIN PHOSPHORYLATION AND THE REGULATION OF FUNCTION IN NERVOUS TISSUE
  15. CHAPTER 9. STUDIES OF THE cAMP RECEPTOR PROTEIN AND OF THE cAMP DEPENDENT PHOSPHORYLATION OF RIBOSOMAL PROTEIN
  16. Chapter 10. PHOSPHORYLATION OF RNA POLYMERASE IN E. COLI AND RAT LIVER
  17. CHAPTER 11. PHOSPHORYLATION OF NUCLEAR PROTEINS AT TIMES OF GENE ACTIVATION
  18. Chapter 12. THE ROLE OF HISTONE PHOSPHORYLATION IN CELL DIVISION
  19. CHAPTER 13. THE ROLE OF ENZYMIC MODIFICATION IN THE CONTROL OF HISTONE AND PROTAMINE BINDING TO DNA
  20. CHAPTER 14. HISTONE PHOSPHORYLATION AND REGULATION OF NUCLEAR FUNCTION
  21. CHAPTER 15. IDENTIFICATION OF THE FI-HISTONE PHOSPHOKINASE OF MITOTIC CHINESE HAMSTER CELLS
  22. CHAPTER 16. THE INDEPENDENCE OF HISTONE PHOSPHORYLATION FROM DNA SYNTHESIS
  23. CHAPTER 17. IN VITRO PHOSPHORYLATION BY ATP AND GTP OF VINBLASTINEISOLATED MICROTUBULES FROM CHICK EMBRYO MUSCLES
  24. CHAPTER 18. ADENOSINE 3' :5'-CYCLIC MONOPHOSPHATE MEDIATED CORTISOL
  25. CHAPTER 19. CYCLIC AMP ACTIVATED PROTEIN KINASE OF KIDNEY MEMBRANES
  26. CHAPTER 20. CYCLIC NUCLEOSIDE PHOSPHATE DEPENDENT PROTEIN KINASE IN SEA URCHIN GAMETES AND EMBRYOS
  27. CHAPTER 21. PROTEIN PHOSPHORYLATION IN RETINAL PHOTORECEPTORS
  28. CHAPTER 22.cAMP DEPENDENT PROTEIN KINASE-CATALYZED PHOSPHORYLATION OF CARDIAC MICROSOMES
  29. CHAPTER 23. SUBSTRATE-SPECIFIC PHOSPHORYLATION OF RIBOSOMAL PROTEINS FROM RABBIT RETICULOCYTES
  30. CHAPTER24. A NOVEL, CYCLIC NUCLEOTIDE-DEPENDENT, PROTEIN KINASE FROM HUMAN POLYMORPHONUCLEAR LEUCOCYTES
  31. CHAPTER 25. HI STONE PHOSPHORYLATION IN NORMAL AND REGENERATING RAT LIVER
  32. CHAPTER 26. CYCLIC AMP AND GROWTH CONTROL IN BHK CELLS TRANSFORMED BY THE POLYOMA VIRUS MUTANT TS-3
  33. CHAPTER 27. IDENTIFICATION OF THE CYCLIC AMP BINDING PROTEIN IN HUMAN ERYTHROCYTE GHOSTS BY COVALENT INCORPORATION OF A DIAZOMALONYL DERIVATIVE OF CYCLIC [3H] AMP
  34. CHAPTER 28. ACETYLATION OF RAT TESTIS NUCLEAR PROTEINS

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