Description
Miami Winter Symposia, Volume 11: Proteolysis and Physiological Regulation contains the proceedings of the University of Miami's Biochemistry Department Symposium on "Proteolysis and Physiological Regulation", which is published simultaneously with the proceedings of the Papanicolaou Cancer Research Institute's Symposium on "Cancer Enzymology" (Volume 12).
This volume is composed of 35 chapters and begins with surveys of the structural properties and role of various enzymes in biological regulation. The subsequent chapters describe the structure-activity relationship, cellular production, selectivity, mechanisms, and substrate specificity of the enzymes. Other chapters explore the activation, regulation, biosynthesis, and other biological activities of other enzymes. The remaining chapters discuss property modification, metabolism, binding, and other biological aspects of enzymes.
This book will prove useful to enzyme scientists, cell biologists, biochemists, and researchers.
Chapter
CHAPTER 2. THE ROLE OF PROTEASES IN BIOLOGICAL REGULATION
pp.：
48 – 62
CHAPTER 3. STRUCTURAL STUDIES ON THE PANCREATIC TRYPSIN INHIBITOR - TRYPSIN COMPLEX AND ITS FREE COMPONENTS: STRUCTURE AND FUNCTION RELATIONSHIP IN SERINE PROTEASE INHIBITION AND CATALYSIS
pp.：
62 – 96
CHAPTER 4. THE PROTEOLYTIC ENZYMES OF THE K-1 STRAIN OF STREPTOMYCES GRI SEUS OBTAINED FROM A COMMERCIAL PREPARATION (PRONASE). X I . EVOLUTIONARY IMPLICATIONS
pp.：
96 – 112
CHAPTER 5. RELATIONSHIPS BETWEEN THE STRUCTURES AND ACTIVITIES OF SOME
MICROBIAL SERINE PROTEASES. I. PURIFICATION, ENZYMIC
PROPERTIES AND PRIMARY STRUCUTRES OF STREPTOMYCES GRISEUS
PROTEASES A, Β AND TRYPSIN.
pp.：
112 – 144
CHAPTER 6. RELATIONSHIP BETWEEN THE STRUCTURES AND ACTIVITIES OF SOME MICROBIAL SERINE PROTEASES. II. COMPARISON OF THE TERTIARY STRUCTURES OF MICROBIAL AND PANCREATIC SERINE PROTEASES
pp.：
144 – 162
CHAPTER 7. BIOLOGICAL FUNCTIONS OF ACTIVATED COMPLEMENT PROTEINS IN NORMAL AND DISEASE STATES
pp.：
162 – 186
CHAPTER 8. THE NATURE AND REACTIONS OF COMPLEMENT ENZYMES
pp.：
186 – 208
CHAPTER 9. ERINE PROTEASES OF COAGULATION AND THEIR INHIBITORS
pp.：
208 – 222
CHAPTER 10. HOMOLOGOUS "KRINGLE" STRUCTURES COMMON TO PLASMINOGEN AND PROTHROMBIN. SUBSTRATE SPECIFICITY OF ENZYMES ACTIVATING PROTHROMBIN AND PLASMINOGEN
pp.：
222 – 258
CHAPTER 11. FIBRIN FORMATION AND DISSOLUTION
pp.：
258 – 282
CHAPTER 12. PROTEASES PRODUCED BY NORMAL AND MALIGNANT CELLS IN CULTURE
pp.：
282 – 306
CHAPTER 13. THE ROLE OF LYSOSOMES IN PROTEIN TURNOVER
pp.：
306 – 332
CHAPTER 14. STUDIES OF THE SELECTIVITY AND MECHANISMS OF INTRACELLULAR PROTEIN DEGRADATION
pp.：
332 – 358
CHAPTER 15. THE ROLE OF NEUTRAL AND ACID PROTEINASES IN CONNECTIVE TISSUE TURNOVER
pp.：
358 – 376
CHAPTER 16. PROTEOLYTIC CONTROL OF COLLAGEN BREAKDOWN
pp.：
376 – 390
CHAPTER 17. SUBSTRATE SPECIFICITY IN PINOCYTOSIS AND INTRALYSOSOMAL PROTEIN DIGESTION
pp.：
390 – 410
CHAPTER 18. ACTIVATION OF CUTICLE CHITINASEi A PROBABLE NEW INSTANCE OF ACTIVATION BY PARTIAL PROTEOLYSIS
pp.：
410 – 412
CHAPTER 19. REGULATION OF THE LEUKOCYTE PROTEINASES BY THE HUMAN PLASMA PROTEINASE INHIBITORS
pp.：
412 – 413
CHAPTER 20. AN ESTIMATION OF THE DISTANCE FROM THE ACTIVE SITE TO THE CALCIUM BINDING SITE IN TRYPSIN
pp.：
413 – 414
CHAPTER 21. NATURAL AND SYNTHETIC PEPTIDE INHIBITORS OF PEPSIN
pp.：
414 – 415
CHAPTER 22. FURTHER EVIDENCE FOR A PROTON PUMP IN PHAGOLYSOSOMES AND THE INVOLVEMENT OF LYSOSOMES IN PROTEIN TURNOVER
pp.：
415 – 416
CHAPTER 23. INTRACELLULAR CYSTEINE PROTEASES FROM BOVINE LIVER
pp.：
416 – 417
CHAPTER 24. CHARGE RELAY OF SERINE PROTEINASES: NMR STUDIES OF FREE AND INHIBITED FORMS OF TRYPSIN AND CHYMOTRYPSIN
pp.：
417 – 418
CHAPTER 25. MODIFICATION OF THE PROPERTIES OF TRYPSIN BY COVALENT ATTACHMENT OF POLYSACCHARIDE.
pp.：
418 – 419
CHAPTER 26. AUTOCATALYTIC ACTIVATION OF Cls
pp.：
419 – 420
CHAPTER 27. VITAMIN K– DEPENDENT SYNTHESIS AND MODIFICATION OF PRECURSOR PROTHROMBIN IN CULTURED LIVER CELLS
pp.：
420 – 421
CHAPTER 28. ON THE SPECIFICITIES OF PROTEASES IN THE HEALING HUMAN BURN WOUND
pp.：
421 – 422
CHAPTER 29. PROTEIN METABOLISM IN FETAL RAT LIVER FROM CHRONIC ALCOHOLIC MOTHERS.
pp.：
422 – 423
CHAPTER 30. NEUTRAL AND ACID METALLOPROTEINASES IN HUMAN ARTICULAR CARTILAGE WHICH DEGRADE PROTEOGLYCAN
pp.：
423 – 425
CHAPTER 31. CHARACTERISATION OF ELASTASE AND CHYMOTRYPSIN FROM HUMAN GRANULOCYTE LYSOSOMES
pp.：
425 – 426
CHAPTER 32. THERMODYNAMICS OF SUBSTRATE ANALOG BINDING TO NATIVE AND
MODIFIED FORMS OF α-CHYMOTRYPSIN; A STUDY IN "PRODUCTIVE" AND NON-PRODUCTIVE BINDING.
pp.：
426 – 427
CHAPTER 33. INHIBITION OF LETHALIYINENDO TOXIN CHALLENGED MICE TREATED WITH ZINC CHLORIDE
pp.：
427 – 428
CHAPTER 34. RELATIONSHIP BETWEEN ZINC CONTENT AND TRYPSIN BINDING ACTIVITY OF ALPHA2-MACR0GL0BULIN
pp.：
428 – 429
CHAPTER 35. MEASUREMENT OF RAT PROTEIN METABOLISM IN VIVO.
pp.：
429 – 430
Proteolysis and Physiological Regulation
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