Chapter
Microclimate of the cell, pericellular medium and unstirred layer (10, 14)
PART 1: VITAMINS AND TRACE ELEMENTS
CHAPTER 3. INTRODUCTION TO VITAMINS AND TRACE ELEMENTS
CHAPTER 4. DIETARY VITAMIN D, SUNLIGHT AND THE CAUSE OF RICKETS
CHAPTER 5. PHOSPHATE INFLUX ACROSS THE MUCOSAL BORDER OF RABBIT SMALL INTESTINE. EFFECT OF1,25-DIHYDROXYCHOLECALCIFEROL
BRUSH BORDER INFLUX OF PHOSPHATE
EFFECT OF 1,25(OH) 2D3 ON THE PHOSPHATE INFLUX IN DUODENUM
CHAPTER 6. INTERACTIONS BETWEEN MAGNESIUM AND 1.25 DIHYDROXYCHOLECALCIFEROL IN UREMIC RATS
CHAPTER 7. EFFECTS OF MILD AND SEVERE RENAL INSUFFICIENCY ON THE CALCIUM TRANSPORT OF THE RAT ILEUM IN VITRO
CHAPTER 8. SOME EFFECTS OF CADMIUM ON CALCIUM METABOLISM IN RATS
CHAPTER 9. ZINC AND CADMIUM METALLOPROTEIN INDUCED BY CADMIUM ADMINISTRATION
INHIBITION OF GROWTH AND 35S04- INCORPORATION
CADMIUM INDUCTION OF Cd-Zn-METALLOTHIONEIN
CHAPTER 10. SOME KINETIC ASPECTS OF ASCORBIC ACID IN MAN
CHAPTER 11. THE ROLE OF ASCORBIC ACID IN LIPID METABOLISM AND ATHEROGENESIS
THE ROLE OF ASCORBIC ACID IN CHOLESTEROL METABOLISM
PATHOLOGICAL CONSEQUENCES OF CHRONIC MARGINAL AA-DEFICIENCY
HYPOCHOELESTEROLENIC EFFECTS OF AA IN MAN
SYNERGISM BETWEEN AA AND PECTIN
CHAPTER 12. INFLUENCE OF RIBOFLAVIN DEFICIENCY ON INTESTINAL DRUG METABOLIZING ENZYME ACTIVITIES IN RAT
CHAPTER 13. INFLUENCE OF PROTEIN, IRON AND COPPER LEVEL IN THE DIET ON DYNAMICS OF DIGESTION IN DUODENUM
CHAPTER 14. THE INTERACTION BETWEEN CHROMIUM AND INSULIN
INTERACTION BETWEEN CHROMIUM AND INSULIN IN VIVO
CHAPTER 15. CONCLUDING REMARKS ON VITAMINS AND TRACE ELEMENTS
PART 2: ROLE OF CYCLIC NUCLEOTIDES IN STIMULUS-SECRETION COUPLING OF EXOCRINE GLANDS
CHAPTER 16. ORIGIN AND POSSIBLE ROLE OF CYCLIC GMP AND CYCLIC AMP IN RAT AND GUINEA PIG PANCREATIC ACINAR CELLS
1. POSTULATED RELATION OF PANCREATIC SECRETAGOGUES WITH CYCLIC NUCLEOTIDE
2. THE CANDIDACY OF THE PHOSPHATIDYLINQSITOL-PHOSPHATIDIC ACID EFFECT AS AN EFFECTOR OF PANCREOZYMIN, BOMBESIN, AND ACETYLCHOLINE
3. THE ROLE OF INTRA- AND EXTRACELLULAR CALCIUM IN ACTIVATING ACINAR CEIL FUNCTIONS
5. ROLE OF GUANYL NUCLEOTIDES IN HORMONE-EFFECTOR COUPLING IN PANCREATIC PLASMA MEMBRANES
6. PANCREOZYMIN RECEPTORS
7. RECEPTORS FOR SECRETIN AND VASOACTIVE INTESTINAL PEPTIDE (VIP)
8. CONVERGENCE AND INTERACTION OF THE EFFECTS OF THE TWO GROUPS OF SECRETAGOGUES ON RAT AND GUINEA PIG PANCREATIC ACINAR CELLS
9. SPARE RECEPTORS FOR PANCREATIC SECRETAGOGUES
10. REGULATION OF THE NUMBER OF ACTIVE HORMONE RECEPTORS. DESENSITIZATION MECHANISMS
CHAPTER 17. ELECTROPHYSIOLOGICAL STUDIES ON THE ROLE OF CYCLIC GMP IN PANCREATIC ACINAR CELL STIMULUS-SECRETION COUPLING
SECRETAGOGUE-EVOKED DEPOLARIZATIONS
THE ROLE OF INTRACELLULAR Ca
CHAPTER 18. STIMULUS-SECRETION COUPLING INPERIFUSED IMMOBILIZED ACINI FROM RAT PANCREAS
CHAPTER 19. THE POSSIBLE ROLE OF CYCLIC AMP AS A SECOND MESSENGER IN PANCREATIC DUCT CELLS
CHAPTER 20. cAMP AND SECRETAGOGUE INTERACTIONS IN ISOLATED GASTRIC GLANDS
CHAPTER 21. FEED-BACK MECHANISM SYSTEMS BETWEEN THE ATP-ADENYLATE CYCLASE-cAMP AND ATP-Na+-K+-DEPENDENT ATP-ASE-ADP IN THE RAT AND HUMAN GASTRIC FUNDIC MUCOSA IN RELATION TO GASTRIC ACID SECRETION
CHAPTER 22. PEPTIDERGIC REGULATION OF THE CYCLIC AMP SYSTEM IN THE INTESTINAL EPITHELIUM
CHAPTER 23. INTERACTION OF SECRETAGOGUES, BILE ACIDS AND LAXATIVES WITH ENZYMES OF CYCLIC AMP METABOLISM FROM HUMAN INTESTINAL MUCOSA
CHAPTER 24. STIMULATORY PATHWAYS IN THE REGULATION OF GASTRIC ACID SECRETION
CHAPTER 25. CONCLUDING REMARKS ON ROLE OF CYCLIC NUCLEOTIDES IN STIMULUS-SECRETION COUPLING OF EXOCRINE CELLS
PART 3: PHYSIOLOGICAL COMPONENTS OF THE GASTRIC MUCOSAL BARRIER AND THEIR ROLE IN MUCOSAL DEFENSE
CHAPTER 26. INTRODUCTION TO THE PHYSIOLOGICAL COMPONENTS OF THE GASTRIC MUCOSAL BARRIER AND THEIR ROLE IN MUCOSAL DEFENSE
CHAPTER 27. GASTRIC MUCOSAL BICARBONATE PRODUCTION
TECHNIQUES FOR MEASURING GASTRIC HCO3
PROPERTIES OF GASTRIC HCO3 TRANSPORT
CHAPTER 28. ALKALINE SECRETION BY THE CANINE HEIDENHAIN POUCH IN RESPONSE TO EXOGENOUS ACID, SOME GASTROINTESTINAL HORMONES AND PROSTAGLANDIN
CHAPTER 29. EFFECT OF GASTRIC MUCOSAL BARRIER BREAKERS ON CANINE ALKALINE SECRETION AND TRANSMUCOSAL POTENTIAL DIFFERENCE
CHAPTER 30. THE STRUCTURE AND PROPERTIES OF GASTRIC MUCUS
CHAPTER 31. SECRETIN STIMULATION OF GASTRIC MUCUS SECRETION IN THE CAT: THE VISCOSITY OF GASTRIC JUICE IN RELATION TO GLYCOPROTEIN STRUCTURE AND CONCENTRATION
CHAPTER 32. LOSS OF HYDROGEN IONS IN DIFFERENT PARTS OF THE NON-STIMULATED STOMACH
CHAPTER 33. THE EFFECT OF DRUGS AFFECTING ADRENERGIC MECHANISM ON THE GASTRIC TRANSMUCOSAL POTENTIAL DIFFERENCEIN RATS
CHAPTER 34. SOURCES OF THE POSITIVE POTENTIAL DIFFERENCE ACROSS THE IN VITRO FROG STOMACH IN CI-FREE MEDIA
CHAPTER 35. EFFECTS OF OUABAIN ON IN VITRO FROG STOMACH
CHAPTER 36. Ca ++ CONTROLLED GASTRIC H+/K+ PUMP: SITE OF SCN- ACTION
CHAPTER 37. CONCLUDING REMARKS ON THE PHYSIOLOGICAL COMPONENTS OF THE GASTRIC MUCOSAL BARRIER AND THEIR ROLE IN MUCOSAL DEFENSE
PART 4: MOTILITY IN CONTROL OF GASTRIC EMPTYING
CHAPTER 38. INTRODUCTION TO MOTILITY IN CONTROL OF GASTRIC EMPTYING
CHAPTER 39. CONTROL OF THE MYOELECTRIC COMPLEX OF THE STOMACH AND SMALL INTESTINES BY THE INTRINSIC NERVOUS SYSTEM
CHAPTER 40. ELECTRIC ACTIVITY OF FORESTOMACH SMOOTH MUSCLES IN SHEEP AFTER INFUSION OF AMMONIUM CHLORIDE AND ALPHA AND BETA ADRENERGIC RECEPTORS BLOCKADE
CHAPTER 41. MICROELECTRODE STUDIES ON SINGLE SMOOTH MUSCLE CELLS OF THE FUNDUS BEFORE AND AFTER FUNCTIONAL LOADING
PART 5: INTESTINAL POLYPEPTIDES AND PEPTIDERGIC NERVES
CHAPTER 42. INTRODUCTION TO INTESTINAL POLYPEPTIDES AND PEPTIDERGIC NERVES
CHAPTER 43. INTESTINAL POLYPEPTIDES AND PEPTIDERGIC NERVES
CHAPTER 44. CHOLECYSTOKININ OCTAPEPTIDE: PUTATIVE NEUROTRANSMITTER IN THE GUT
ACTIONS OF CCK8 IN THE ENTERIC NERVOUS SYSTEM
PHYSIOLOGICAL IMPLICATIONS
CHAPTER 45. ROLE OF OPIATE PEPTIDES IN THE REGULATION OF GASTROINTESTINAL MUTILITY AND SECRETION
OPIATE RECEPTORS AND OPIATE PEPTIDES
CHAPTER 46. ENTEROGASTRONE CANDIDATES AMONG THE GASTROINTESTINAL POLYPEPTIDES
ENTEROGASTRONE CANDIDATES
CHAPTER 47. EFFECT OF INTRALUMINAL pH ON THE RELEASE OF GASTRIN AND SOMATOSTATIN FROM THE ANTROPYLORIC REGION.THE POSSIBLE ROLE OF SOMATOSTATIN AS AN INHIBITORY HORMONE OF GASTRIC ACID SECRETION
CHAPTER 48. CAPSAICIN-SENSITIVE INNERVATION OF THE INTESTINE
CHAPTER 49. EFFECTS OF AMINO ACIDS AND DISACCHARIDES ON AFFERENT NERVE DISCHARGE FROM RAT SMALL INTESTINE IN VIVO
CHAPTER 50. CONCLUDING REMARKS ON INTESTINAL POLYPEPTIDES AND PEPTIDERGIC NERVES
PART 6: MOLECULAR CHANGES DURING METABOLIC PROCESSES OF GASTROINTESTINAL PEPTIDE HORMONES
CHAPTER 51. INTRODUCTION TO MOLECULAR CHANGES DURING METABOLIC PROCESSES OF GASTROINTESTINAL PEPTIDE HORMONES
CHAPTER 52. THE ROLE OF CYCLIC NUCLEOTIDES IN PANCREATIC BICARBONATE SECRETION STIMULATED BY SECRETIN AND VIP
CHAPTER 53. MOLECULAR CONFORMATION INFLUENCE ON TRANSPORT PROCESSES AND RECEPTOR BINDING OF GASTRIN; A NEW SCHEME OF GASTRIC SECRETORY REGULATION
CHAPTER 54. METABOLISM OF DIFFERENT MOLECULAR FORMS OF CHOLECYSTOKININ
1. CCK-8-destroying activities of different tissue homogenates
2. CCK-33 and CCK-8-destroying activities of kidney cortex homogenate
3. Inhibition pattern of CCK-destroying enzyme
CHAPTER 55. CATABOLIC PATHWAYS OF THE C-TERMINAL PENTAPEPTIDE OF GASTRIN (PENTAGASTRIN)
CHAPTER 56. NERVOUS REGULATION OF THE HORMONE SECRETION
CHAPTER 57. CONCLUDING REMARKS ON MOLECULAR CHANGES DURING METABOLIC PROCESSES OF GASTROINTESTINAL PEPTIDE HORMONES
PART 7: FACTORS INVOLVED IN THE INTEGRATED MECHANISM OF INTESTINAL ABSORPTION
CHAPTER 58. INTRODUCTION TO FACTORS INVOLVED IN THE INTEGRATED MECHANISM OF INTESTINAL ABSORPTION
CHAPTER 59. INTESTINAL ABSORPTION STUDIED BY VASCULAR PERFUSION
THE VASCULARLY PERFUSED PREPARATION
METHODS FOR STUDYING ABSORPTION USING VASCULARLY PERFUSED INTESTINE
USE OF THE VASCULARLY PERFUSED INTESTINE TO STUDY THE EXIT STEP OF ABSORPTION
A MODEL FOR TRANSEPITHELIAL TRANSFER: EFFECT OF ALTERING THE EXIT RATE CONSTANT
CHAPTER 60. SIGNIFICANCE OF THE COUNTERCURRENT MECHANISM IN INTESTINAL ABSORPTION
CHAPTER 61. ENDOCRINE INFLUENCE ON ABSORPTION
VASOACTIVE INTESTINAL POLYPEPTIDE /VIP/
GLUCAGON EFFECT ON INTESTINAL WATER AND ELECTROLYTE MOVEMENTS
EFFECT OF GLUCAGON ON SUGAR TRANSPORT IN VITRO
EFFECT OF GLUCAGON ON SUGAR ABSORPTION IN VIVO
EFFECT OF GLUCAGON ON PORTAL GLUCOSE TRANSPORT
CHANGES OF MUCOSAL CAMP AND cGMP LEVELS AFTER GLUCAGON ADMINISTRATION
GENERAL REMARKS ON THE EFFECT OF G-I HORMONES ON INTESTINAL PERMEATION
CHAPTER 62. INTESTINAL ABSORPTION IN MAN
CHAPTER 63. THE INFLUENCE OF SURGICAL AND CHEMICAL INHIBITION OF DIGESTIVE ENZYMES ON THE ABSORPTION OF FOREIGN PROTEIN IN RATS
CHAPTER 64. VITAMIN B-12 ABSORPTION IN GNOTOBIOTIC DOGS AND CECECTOMIZED GNOTOBIOTIC RATS
INTRODUCTION AND BACKGROUND
CHAPTER 65. MECHANISMS INVOLVED IN SMALL INTESTINAL TRANSPORT OF CALCIUM AND PHOSPHATE IONS: STUDIES WITH ISOLATED PLASMA MEMBRANE VESICLES
Na-Pi.-cotransport system in the brush border membrane
Influence of 1,25-(OH) -vitamin D3 on the Na-Pi-cotransport system
A model of transcellular Ca-transport
ATP-driven Ca-transport in basal-lateral plasma membranes
Inhibition of ATP driven Ca -transport by Na
Stimulation of Ca-efflux by a Na-gradient (out>in)
CHAPTER 66. THE ROLE PLAYED BY THE STOMACH IN THE
RATE OF GLUCOSE ABSORPTION IN THE RAT
CHAPTER 67. CARRIER-MEDIATED UPTAKE OF SUGARS THROUGH THE BASOLATERAL MEMBRANE OF COLON EPITHELIUM
CHAPTER 68. PLASMA LIPID CURVES AFTER LONG AND MEDIUM CHAIN TRIGLYCERIDE ABSORPTION ON PATIENTS WITH DECREASED PANCREAS LIPASE ACTIVITY
CHAPTER 69. CONCLUDING REMARKS ON FACTORS INVOLVED IN THE INTEGRATED MECHANISM OF INTESTINAL ABSORPTION
PART 8: LIPOPROTEIN METABOLISM, APOLIPOPROTEINS, LIPID CONSTITUENTS
CHAPTER 70. INTRODUCTION TO LIPOPROTEIN METABOLISM, APOLIPOPROTEINS, LIPID CONSTITUENTS
CHAPTER 71. LIPOPROTEINS OF BIOLOGICAL FLUIDS
ACKNOWLEDGEMENTS AND NOTICE OF GRANT SUPPORT
CHAPTER 72. REGULATION OF LIPOPROTEIN SYNTHESIS IN CULTURED HEPATOCYTES
CHARACTERIZATION OF NEWLY SECRETED VLDL
CHAPTER 73. CHYLOMICRON METABOLISM
CHAPTER 74. CELL RECEPTOR AND ANTIBODY BINDING DOMAINS OF APOLIPOPROTEIN B ARE NOT IDENTICAL
CHAPTER 75. THE LIPOPROTEIN Lp(a): STRUCTURE, METABOLISM AND SIGNIFICANCE FOR VASCULARY DISEASES
STRUCTURE AND COMPOSITION OF Lp(a)
THE SIGNIFICANCE OF Lp(a) FOR CARDIOVASCULAR DISEASES
CHAPTER 76. THE COMPOSITION OF TRIACYLGLYCEROLS INHUMAN BLOOD LIPOPROTEINS, MILK AND ADIPOSE TISSUE
CHAPTER 77. CONCLUDING REMARKS ON LIPOPROTEIN METABOLISM, APOLIPOPROTEINS, LIPID CONSTITUENTS
Nutrition, Digestion, Metabolism
：Proceedings of the 28th International Congress of Physiological Sciences, Budapest, 1980
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