Spis treści Front Cover 2 Vitamins and Hormones: Advances in Research and Applications 5 Copyright Page 6 Contributors to Volume III 7 Editors’ Preface 9 Contents 11 Chapter 1. The Interrelation of Vitamins 19 I . Introduction 19 II. The Interrelation of Vitamins in Vitro 20 III. The Association of Vitamins in Function 22 IV. The Association of Vitamins in Related Biochemical Systems 23 V. The Association of Vitamins with the Development and Maintenance of Tissues 26 VI. The Influence of Fats on the Relative Requirements of Vitamins 29 VII. The Synergism between Vitamins A and E 30 VIII. The Effect of Massive Dosing with One Vitamin on the Requirement of Others 33 Front Cover 2 Vitamins and Hormones: Advances in Research and Applications 5 Copyright Page 6 Contributors to Volume III 7 Editors’ Preface 9 Contents 11 Chapter 1. The Interrelation of Vitamins 19 I . Introduction 19 II. The Interrelation of Vitamins in Vitro 20 III. The Association of Vitamins in Function 22 IV. The Association of Vitamins in Related Biochemical Systems 23 V. The Association of Vitamins with the Development and Maintenance of Tissues 26 VI. The Influence of Fats on the Relative Requirements of Vitamins 29 VII. The Synergism between Vitamins A and E 30 VIII. The Effect of Massive Dosing with One Vitamin on the Requirement of Others 33 IX. Conclusions 35 References 36 Chapter 2. The Synthesis of B Vitamins by Intestinal Bacteria 41 I. Introduction 41 II. Historical Background 42 III. Coprophagy and Refection 43 IV. The Bacterial Synthesis of Thiamin in Animals 45 V. The Bacterial Synthesis of Riboflavin in Animals 46 VI. The Bacterial Synthesis of Nicotinic Acid in Animals 46 VII. The Bacterial Synthesis of Pyridoxin in Animals 47 VIII. The Bacterial Synthesis of Pantothenic Acid in Animals 47 IX. The Bacterial Synthesis of Biotin in Animals 47 X. The Bacterial Synthesis of Folic Acid in Animals 48 XI. The Bacterial Synthesis of Inositol in Animals 48 XII. Factors Influencing Bacterial Synthesis in the Animal Organism 48 XIII . Bacterial Synthesis of Thiamin in Man 53 XIV. Bacterial Synthesis of Riboflavin in Man 57 XV. Bacterial Synthesis of Nicotinic Acid in Man 59 XVI. Bacterial Synthesis of Biotin and Folic Acid in Man 59 XVII. Vitamin Synthesis and Its Implications in Human Nutrition 60 XVIII. Conclusion 61 References 62 Chapter 3. Sulfonamides and Vitamin Deficiencies 67 I. Introduction 67 II. Identification of Deficiencies 74 III. Mechanism of Production of Vitamin Deficiencies 84 IV. Conclusion 87 References 87 Chapter 4. Manifestations of Prenatal Nutritional Deficiency 91 I. Introduction 91 II. Effect of Maternal Inanition upon the Prenatal Development of the Offspring 92 V. Effect of Maternal Mineral Deficiency upon the Prenatal Development of the Offspring 94 III. Effect of Maternal Protein Deficiency upon the Prenatal Development of the Offspring 94 IV. Effect of Maternal Fat and Carbohydrate Deficiency upon the Prenatal Development of the Offspring 94 VI. Effect of Maternal Vitamin Deficiency upon the Prenatal Development of the Offspring 98 VII. Recent Studies on the Relationship of Maternal Nutrition to Fetal Development in Man 109 VIII. General Considerations 113 References 117 Chapter 5. Growth Factors in Microbiology–Some Wider Aspects of Nutritional Studies with Micro–organism 123 I. Introduction 126 II. Thiamin 135 III. Riboflavin 150 IV. Pyridoxin 155 V. Glutamine 164 VI. Pantothenic Acid and β-Alanine 169 VII. Biotin 176 VIII. p-Aminobenzoic Acid 189 IX. Xicotinic Acid and Pyridine Nucleotides 198 X. Purines and Pyrimidines 216 XI. Inositol 225 XII. Choline 227 XIII. Oleic Acid 230 XIV. Naphthoquinones 231 XV. Epilogue 235 References 235 Chapter 6. Possibilities in the Realm of Synthetic Estrogens 249 I. The Validity of Logic in Chemotherapeutic Research 249 II. From Estradiol to Stilbestrol 251 III. The Problem of Activity in the Estrogens 253 References 254 Chapter 7. Chemistry of Anti-Pernicious Anemia Substances of Liver 257 I. Foreword 258 II. Definitions 258 III. Early Therapy 259 IV. Whole Liver Therapy 261 V. Fractionation of Liver by Cohn, Minot, and Associates 262 VI. Early Work by West and Associates 269 VII. Later Work by Dakin, West, and Associates 271 VIII. Work of Laland, Klem, Strandell, and Associates 276 IX. Work of SubbaRow and Jacobson 282 X. Other Evidence for More than One Factor 298 XI. On the Importance of Tryptophan and Histidine Work of Fontès and Thivolle 299 XII. Miscellaneous Contributions 303 XIII. Criteria of Activity 309 XIV. Comparison of Activities of Preparations 311 References 313 XV. General Summary 313 Chapter 8. The Mechanism of Action and Metabolism of Gonadotropic Hormones in the Organism 317 I. Introduction 317 II. Time Interval Required for Inactivation of Gonadotropic Hormones 318 III. Excretion of Gonadotropic Hormones 324 IV. Site of Inactivation of Gonadotropic Hormones 327 V. Interval between Administration of Gonadotropic Hormones and Appearance of the Gonadotropic Reaction in the Organism 332 VI. Is the Activity of the Gonadotropic Hormone Due to the Substance in Its Original Form? 336 VII. Production of the Secondary Sex Hormones in the Ovary 337 VIII. Effect of Mode of Administration of Gonadotropic Hormones upon the Response Thereto 341 IX. Synergism between the Anterior Pituitary Lobe and Chorionic Gonadotropin 347 X. Reaction of Different Species to Various Gonadotropins 350 References 352 Chapter 9. The Role of Acetylcholine in the Mechanism of Nerve Activity 357 I. Introduction 357 II. The Concentration of Choline Esterase at Neuromuscular Junctions and Synapses 361 III. Localisation of Choline Esterase at the Neuronal Surface 368 IV. Parallelism between Voltage and Enzyme Activity in the Electric Organ 371 V. New Concept of the Role of Acetylcholine 378 VI. The ''Acetylcholine Cycle'' 380 VII. The Formation of Acetylcholine; Choline Acetylase 385 VIII. Discussion and Summary 388 References 394 Author Index 399 Subject Index 415 Pokaż więcej