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List of contents
1. Metabolism of hydrocarbons 2. Aliphatic hydrocarbons 3. Monoterpenoid hydrocarbons 4. Aromatic hydrocarbons 5. Metabolism of alcohols 6. Aliphatic alcohols 7. Monoterpenoid alcohols 8. Aromatic alcohols 9. Metabolism of phenols and ethers 10. Phenols 11. Ethers 12. Metabolism of aldehydes, ketones, and quinones 13. Aldehydes 14. Ketones. 15. Quinones16. Metabolism of acids, lactones, and esters 17. Acids. 18. Lactones. Esters 19. Metabolism of higher terpenoids 20. Sesquiterpenoids 21. Diterpenoids. 22.triterpenoids 23. Tetraterpenoids 24. Metabolism of oxygen heterocyclic compounds 25. Furans. Pyrones 26. Chroman, chromene, chromanone, and chromone derivatives 27. Coumarins 28. Flavonoids 29. Xanthones 30. Other oxygen heterocyclic compounds 31. Metabolism of amino compounds 32. Metabolism of nitriles, nonprotein amino acids, nitro compounds, amides, and other aliphatic nitrogen compounds 33. Nitriles 34. Nonprotein amino acids 35. Nitro compounds 36. Amides 37. Other aliphatic nitrogen compounds 38. Metabolism of nitrogen heterocyclic compounds 39. Pyrrolidine derivatives 40. Piperidine derivatives 41. Pyridine derivatives 42. Pyrazine derivatives 43. Tropane derivatives 44. Indole derivatives 45. Quinoline derivatives 46. Isoquinoline derivatives 47. Morphinan derivatives 78. Pyrrolizidine derivatives 49. Imidazole derivatives 50. Quinolizidine derivatives 51. Purine derivatives 52. Other alkaloids 53. Metabolism of sulfur compounds 54. Thiols 55. Sulfides 56. Disulfides 57. Sulfonium compounds 58. Sulfoxides 59. Glucosinolates 60. Thiazoles. Index
About the author
Ronald R. Scheline
Summary
Handbook of Mammalian Metabolism of Plant Compounds provides an extensive survey of how mammals metabolize compounds found in higher plants. Information about these compounds is important to researchers in pharmacology, toxicology, medical and natural products chemistry, and food sciences.
