Volume 1: Prolegomena Part I. The Theory of Chemical Embryology Part II. The Origins of Chemical Embryology: 1. Embryology in antiquity 2. Embryology from Galen to the Renaissance 3. Embryology in the seventeenth and eighteenth centuries Part III. General Chemical Embryology: 1. The unfertilised egg as a physico-chemical system 2. On increase in size and weight 3. On increase in complexity and organisation. Volume 2: Part III. General Chemical Embryology (continued): 4. The respiration and heat-production of the embryo 5. Biophysical phenomena in ontogenesis 6. General metabolism of the embryo 7. The energetics and energy-sources of embryonic development 8. Carbohydrate metabolism 9. Protein metabolism 10. The metabolism of nucleins and nitrogenous extractives 11. Fat metabolism 12. The metabolism of lipoids, sterols, cycloses, phosphorus and sulphur. Volume 3: Part III. General Chemical Embryology (continued): 13. Inorganic metabolism 14. Enzymes in ontogenesis 15. Hormones in ontogenesis 16. Vitamins in ontogenesis 17. Pigments in ontogenesis 18. Resistance and susceptibility in embryonic life 19. Serology and immunology in embryonic life 20. Biochemistry of the placenta 21. Biochemistry of the placental barrier 22. Biochemistry of the amniotic and allantoic liquids 23. Blood and tissue chemistry of the embryo 24. Hatching and birth Epilegomena Part IV. Appendices: 1. Normal tables of magnitudes in embryonic growth 2. A chemical account of the maturation of the egg-cell 3. The chemical changes during the metamorphosis of insects Dorothy Needham 4. The development of the plant embryo from a physico-chemical viewpoint Muriel Robinson Part V: Bibliography and author-index Subject-index Index animalium.
Volume 1: Prolegomena Part I. The Theory of Chemical Embryology Part II. The Origins of Chemical Embryology: 1. Embryology in antiquity 2. Embryology from Galen to the Renaissance 3. Embryology in the seventeenth and eighteenth centuries Part III. General Chemical Embryology: 1. The unfertilised egg as a physico-chemical system 2. On increase in size and weight 3. On increase in complexity and organisation. Volume 2: Part III. General Chemical Embryology (continued): 4. The respiration and heat-production of the embryo 5. Biophysical phenomena in ontogenesis 6. General metabolism of the embryo 7. The energetics and energy-sources of embryonic development 8. Carbohydrate metabolism 9. Protein metabolism 10. The metabolism of nucleins and nitrogenous extractives 11. Fat metabolism 12. The metabolism of lipoids, sterols, cycloses, phosphorus and sulphur. Volume 3: Part III. General Chemical Embryology (continued): 13. Inorganic metabolism 14. Enzymes in ontogenesis 15. Hormones in ontogenesis 16. Vitamins in ontogenesis 17. Pigments in ontogenesis 18. Resistance and susceptibility in embryonic life 19. Serology and immunology in embryonic life 20. Biochemistry of the placenta 21. Biochemistry of the placental barrier 22. Biochemistry of the amniotic and allantoic liquids 23. Blood and tissue chemistry of the embryo 24. Hatching and birth Epilegomena Part IV. Appendices: 1. Normal tables of magnitudes in embryonic growth 2. A chemical account of the maturation of the egg-cell 3. The chemical changes during the metamorphosis of insects Dorothy Needham 4. The development of the plant embryo from a physico-chemical viewpoint Muriel Robinson Part V: Bibliography and author-index Subject-index Index animalium.
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