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Ethel Browning's toxicity and metabolism of industrial solvents
This particular volume, Nitrogen and Phosphorus Solvents, is the second in a comprehensive and up-to-date series. The introduction of new nitrogen- and phosphorus- containing solvents used in industry has been accompanied by an explosion of knowledge about their properties, toxicity and metabolism. Even a relatively simple compound such as N-methylformamide undergoes a complex metabolic transformation in mammals. Such information, and other considerations contained in this volume will supply researchers and students with an excellent information source on modern mechanistic toxicology, while h.
Front Cover; Ethel Browning's Toxicity and Metabolism of Industrial Solvents: Nitrogen and Phosphorus Solvents; Copyright Page; Editorial board; Preface to the Series; Preface to Volume 2; Contributors; Table of Contents; PART I: ALIPHATIC AMINES; CHAPTER 1.1. ALLYLAMINE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER1.2. n-AMYLAMINE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER1.3. n-BUTYLAMINE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER1.4. CYCLOHEXYLAMINE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY.
Economy, sources and usesbiochemistry; toxicology; references; chapter1.12. dimethylamine; economy, sources and uses; biochemistry; toxicology; references; chapter1.13. n, n-dimethylcyclohexylamine; economy, sources and uses; biochemistry; toxicology; references; chapter1.14. dipropylamine; economy, sources and uses; biochemistry; toxicology; references; chapter1.15. ethylamine; economy, sources and uses; biochemistry; toxicology; biochemistry; references; chapter1.16. ethylene-1,2-diamine; economy, sources and uses; biochemistry; toxicology; references; chapter1.17. isopropylamine.
ECONOMY, SOURCES AND USESBIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER1.18. METHYLAMINE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER1.19. ra-PROPYL AMINE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER1.20. TRIBUTYLAMINE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER1.21. TRIETHYLAMINE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER1.22. TRIMETHYLAMINE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; PART II: AMIDES; CHAPTER2.1. N, N-DIMETHYLACETAMIDE.
ECONOMY, SOURCES AND USESBIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER2.2. W, W-DIMETHYLFORMAMIDE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER2.3. FORMAMIDE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER2.4. iV-METHYLACET AMIDE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER2.5. iV-METHYLFORMAMIDE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; PART III: AROMATIC AMINES; CHAPTER3.1. ANILINE; ECONOMY, SOURCES AND USES; BIOCHEMISTRY; TOXICOLOGY; REFERENCES; CHAPTER3.2. 2,6-DIETHYLANILINE.
Referenceschapter1.5. diamylamine; economy, sources and uses; biochemistry; toxicology; references; chapter1.6. dibutylamine; economy, sources and uses; biochemistry; toxicology; references; chapter1.7. dicylohexylamine; economy, sources and uses; biochemistry; toxicology; references; chapter1.8. diethylamine; economy, sources and uses; biochemistry; toxicology; references; chapter1.9. diethylenetriamine; economy, sources and uses; biochemistry; toxicology; references; chapter1.10. dhsobutylamine; economy, sources and uses; biochemistry; toxicology; references; chapter1.11. diisopropylamine.