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9780471293217

Principles of Toxicology : Environmental and Industrial Applications

by ; ;
  • ISBN13:

    9780471293217

  • ISBN10:

    0471293210

  • Edition: 2nd
  • Format: Hardcover
  • Copyright: 2000-03-31
  • Publisher: Wiley-Interscience

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Summary

A fully updated and expanded edition of the bestselling guide on toxicology and its practical application The field of toxicology has grown enormously since Industrial Toxicology: Safety and Health Applications in the Workplace was first published in 1985. And while the original edition was hugely popular among occupational health professionals, the time is ripe to address toxic agents not only in the industrial setting but also in the environment at large. Renamed Principles of Toxicology: Environmental and Industrial Applications, this new edition provides health protection professionals as well as environmental scientists with precise, up-to-date, practical information on how to apply the science of toxicology in both the occupational and environmental setting. Through contributions from leading experts in diverse fields, Principles of Toxicology, Second Edition features: * Clear explanations of the fundamentals necessary for an understanding of the effects of chemical hazards on human health and ecosystems * Coverage of occupational medicine and epidemiological issues * The manifestation of toxic agents such as metals, pesticides, organic solvents, and natural toxins * Special emphasis on the evaluation and control of toxic hazards * Specific case histories on applying risk assessment methods in the modern workplace * Ample figures, references, and a comprehensive glossary of toxicological terms

Author Biography

<B>PHILLIP L. WILLIAMS, PhD,</B> is Associate Professor of Environmental Health Science at the University of Georgia, Athens. <B><P>ROBERT C. JAMES, PhD,</B> is President of TERRA, Inc., Tallahassee, Florida, and Associate Scientist at the Center for Environmental and Human Toxicology at the University of Florida, Gainesville.</P> <B><P>STEPHEN M. ROBERTS, PhD,</B> is Professor and Program Director of the Center for Environmental and Human Toxicology at the University of Florida, Gainesville.</P>

Table of Contents

Preface xv
Acknowledgments xvii
I CONCEPTUAL ASPECTS 1(206)
General Principles of Toxicology
3(32)
Robert C. James
Stephen M. Roberts
Phillip L. Williams
Basic Definitions and Terminology
3(2)
What Toxicologists Study
5(2)
The Importance of Dose and the Dose--Response Relationship
7(10)
How Dose--Response Data Can Be Used
17(2)
Avoiding Incorrect Conclusions from Dose--Response Data
19(2)
Factors Influencing Dose--Response Curves
21(5)
Descriptive Toxicology: Testing Adverse Effects of Chemicals and Generating Dose--Response Data
26(2)
Extrapolation of Animal Test Data to Human Exposure
28(4)
Summary
32(3)
References and Suggested Reading
32(3)
Absorption, Distribution, and Elimination of Toxic Agents
35(22)
Ellen J. O'Flaherty
Toxicology and the Safety and Health Professions
35(2)
Transfer across Membrane Barriers
37(4)
Absorption
41(4)
Disposition: Distribution and Elimination
45(8)
Summary
53(4)
References and Suggested Reading
54(3)
Biotransformation: A Balance between Bioactivation and Detoxification
57(30)
Michael R. Franklin
Garold S. Yost
Sites of Biotransformation
62(3)
Biotransformation Reactions
65(20)
Summary
85(2)
Suggested Reading
86(1)
Hematotoxicity: Chemically Induced Toxicity of the Blood
87(24)
Robert A. Budinsky Jr.
Hematotoxicity: Basic Concepts and Background
87(1)
Basic Hematopoiesis: The Formation of Blood Cells and their Differentiation
88(3)
The Myeloid Series: Erythrocytes, Platelets, Granulocytes (Neutrophils), Macrophages, Eosinophils, and Basophils
91(3)
The Lymphoid Series: Lymphocytes (B and T Cells)
94(1)
Direct Toxicological Effects on the RBC: Impairment of Oxygen Transport and Destruction of the Red Blood Cell
95(2)
Chemicals that Impair Oxygen Transport
97(2)
Inorganic Nitrates/Nitrites and Chlorate Salts
99(1)
Methemoglobin Leading to Hemolytic Anemia: Aromatic Amines and Aromatic Nitro Compounds
100(1)
Autoimmune Hemolytic Anemia
101(1)
Bone Marrow Suppression and Leukemias and Lymphomas
102(2)
Chemical Leukemogenesis
104(1)
Toxicities that Indirectly Invove the Red Blood Cell
105(1)
Cyanide (CN) Poisoning
105(1)
Hydrogen Sulfide (H2S) Poisoning
105(2)
Antidotes for Hydrogen Sulfide and Cyanide Poisoning
107(1)
Miscellaneous Toxicities Expressed in the Blood
108(1)
Summary
108(3)
References and Suggested Reading
108(3)
Hepatotoxicity: Toxic Effects on the Liver
111(18)
Stephen M. Roberts
Robert C. James
Michael R. Franklin
The Physiologic and Morphologic Bases of Liver Injury
111(5)
Types of Liver Injury
116(8)
Evaluation of Liver Injury
124(5)
References and Suggested Reading
127(2)
Nephrotoxicity: Toxic Responses of the Kidney
129(16)
Paul J. Middendorf
Phillip L. williams
Basic Kidney Structures and Functions
129(6)
Functional Measurements to Evaluate Kidney Injury
135(2)
Adverse Effects of Chemicals on the Kidney
137(5)
Summary
142(3)
References and Suggested Reading
143(2)
Neurotoxicity: Toxic Responses of the Nervous System
145(12)
Steven G. Donkin
Phillip L. Williams
Mechanisms of Neuronal Transmission
146(3)
Agents that Act on the Neuron
149(2)
Agents that Act on the Synapse
151(1)
Interactions of Industrial Chemical with Other Substances
151(1)
General Population Exposure to Environmental Neurotoxicants
152(1)
Evaluation of Injury to the Nervous System
152(2)
Summary
154(3)
References and Suggested Reading
155(2)
Dermal and Ocular Toxicology: Toxic Effects of the Skin and Eyes
157(12)
William R. Salminen
Stephen M. Roberts
Skin Histology
157(1)
Functions
158(2)
Contact Dermatitis
160(7)
Summary
167(2)
References and Suggested Reading
168(1)
Pulmonotoxicity: Toxic Effects in the Lung
169(20)
Cham E. Dallas
Lung Anatomy and Physiology
169(12)
Mechanisms of Industrially Related Pulmonary Diseases
181(4)
Summary
185(4)
References and Suggested Reading
186(3)
Immunotoxicity: Toxic Effects on the Immune System
189(18)
Stephen M. Roberts
Louis Adams
Overview of Immunotoxicity
189(1)
Biology of the Immune Response
189(5)
Types of Immune Reactions and Disorders
194(1)
Clinical Tests for Detecting Immunotoxicity
195(2)
Tests for Detecting Immunotoxicity in Animal Models
197(2)
Specific Chemicals that Adversely Affect the Immune System
199(4)
Multiple-Chemical Sensitivity
203(2)
Summary
205(2)
References and Suggested Reading
205(2)
II SPECIFIC AREAS OF CONCERN 207(228)
Reproductive Toxicology
209(30)
Robert P. DeMott
Christopher J. Borgert
Male Reproductive Toxicology
210(8)
Female Reproductive Toxicology
218(6)
Developmental Toxicology
224(8)
Current Research Concerns
232(4)
Summary
236(3)
References and Suggested Reading
236(3)
Mutagenesis and Genetic Toxicology
239(26)
Christopher M. Teaf
Paul J. Middendorf
Induction and Potential Consequences of Genetic Change
239(2)
Genetic Fundamentals and Evaluation of Genetic Change
241(10)
Nonmammalian Mutagenicity Tests
251(2)
Mammalian Mutagenicity Tests
253(4)
Occupational Significance of Mutagens
257(4)
Summary
261(4)
References and Suggested Reading
263(2)
Chemical Carcinogenesis
265(60)
Robert C. James
Christopher J. Saranko
The Terminology of Cancer
266(2)
Carcinogenesis by Chemicals
268(12)
Molecular Aspects of Carcinogenesis
280(9)
Testing Chemicals for Carcinogenic Activity
289(3)
Interpretation Issues Raised by Conditions of the Test Procedure
292(7)
Empirical Measures of Reliability of the Extrapolation
299(2)
Occupational Carcinogens
301(3)
Cancer and Our Environment: Factors that Modulate Our Risks to Occupational Hazards
304(15)
Cancer Trends and Their Impact on Evaluation of Cancer Causation
319(2)
Summary
321(4)
References and Suggested Reading
323(2)
Properties and Effects of Metals
325(20)
Steven G. Donkin
Danny L. Ohlson
Christopher M. Teaf
Classification of Metals
325(2)
Speciation of Metals
327(1)
Pharmacokinetics of Metals
328(3)
Toxicity of Metals
331(3)
Sources of Metal Exposure
334(2)
Toxicology of Selected Metals
336(7)
Summary
343(2)
References and Suggested Reading
343(2)
Properties and Effects of Pesticides
345(22)
Janice K. Britt
Organophosphate and Carbamate Insecticides
346(6)
Organochlorine Insecticides
352(1)
Insecticides of Biological Origin
353(3)
Herbicides
356(2)
Fungicides
358(2)
Rodenticides
360(1)
Fumigants
361(1)
Summary
362(5)
References and Suggested Reading
363(4)
Properties and Effects of Organic Solvents
367(42)
Christopher M. Teaf
Exposure Potential
367(1)
Basic Principles
368(9)
Toxic Properties of Representative Aliphatic Organic Solvents
377(1)
Toxic Properties of Representative Alicyclic Solvents
378(1)
Toxic Properties of Representative Aromatic Hydrocarbon Solvents
379(3)
Toxic Properties of Representative Alcohols
382(2)
Toxic Properties of Representative Phenols
384(1)
Toxic Properties of Representative Aldehydes
385(3)
Toxic Properties of Representative Ketones
388(1)
Toxic Properties of Representative Carboxylic Acids
389(1)
Toxic Properties of Representative Esters
390(1)
Toxic Properties of Representative Ethers
390(1)
Toxic Properties of Representative Halogenated Alkanes
391(7)
Toxic Properties of Representative Nitrogen-Substituted Solvents
398(4)
Toxic Properties of Representative Aliphatic and Aromatic Nitro Compounds
402(2)
Toxic Properties of Representative Nitriles (Alkyl Cyanides)
404(1)
Toxic Properties of the Pyridine Series
405(1)
Sulfur-Substituted Solvents
405(2)
Summary
407(2)
References and Suggested Reading
407(2)
Properties and Effects of Natural Toxins and Venoms
409(26)
William R. Kem
Poisons, Toxins, and Venoms
409(1)
Molecular and Functional Diversity of Natural Toxins and Venoms
410(1)
Natural Roles of Toxins and Venoms
411(1)
Major Sites and Mechanisms of Toxic Action
411(4)
Toxins in Unicellular Organisms
415(2)
Toxins of Higher Plants
417(6)
Animal Venoms and Toxins
423(7)
Toxin and Venom Therapy
430(2)
Summary
432(3)
Acknowledgments
432(1)
References and Suggested Reading
432(3)
III APPLICATIONS 435(120)
Risk Assessment
437(42)
Robert C. James
D. Alan Warren
Christine Halmes
Stephen M. Roberts
Risk Assessment Basics
437(8)
Exposure Assessment: Exposure Pathways and Resulting Dosages
445(4)
Dose--Response Assessment
449(11)
Risk Characterization
460(2)
Probabilistic Versus Deterministic Risk Assessments
462(2)
Evaluating Risk from Chemical Mixtures
464(4)
Comparative Risk Analysis
468(4)
Risk Communication
472(2)
Summary
474(5)
References and Suggested Reading
475(4)
Example of Risk Assessment Applications
479(20)
Alan C. Nye
Glenn C. Millner
Jay Gandy
Phillip T. Goad
Tiered Approach to Risk Assessment
479(1)
Risk Assessment Examples
480(1)
Lead Exposure and Women of Child-bearing Age
481(2)
Petroleum Hydrocarbons: Assessing Exposure and Risk to Mixtures
483(3)
Risk Assessment for Arsenic
486(4)
Reevaluation of the Carcinogenic Risks of Inhaled Antimony Trioxide
490(6)
Summary
496(3)
References and Suggested Reading
497(2)
Occupational and Environmental Health
499(12)
Fredric Gerr
Edward Galaid
Howard Frumkin
Definition and Scope of the Problem
499(3)
Characteristics of Occupational Illness
502(1)
Goals of Occupational and Environmental Medicine
502(1)
Human Resources Important to Occupational Health Practice
503(1)
Activities of the Occupational Health Provider
503(4)
Ethical Considerations
507(1)
Summary and Conclusion
508(3)
References and Suggested Reading
509(2)
Epidemiologic Issues in Occupational and Environmental Health
511(12)
Lora E. Fleming
Judy A. Bean
A Brief History of Epidemiology
511(1)
Epidemiologic Causation
512(1)
Types of Epidemiologic Studies: Advantages and Disadvantages
513(1)
Exposure Issues
514(1)
Disease and Human Health Effects Issues
515(1)
Population Issues
516(1)
Measurement of Disease or Exposure Frequency
516(1)
Measurement of Association Or Risk
517(2)
Bias
519(1)
Other Issues
520(1)
Summary
520(3)
References and Suggested Reading
520(3)
Controlling Occupational and Environmental Health Hazards
523(32)
Paul J. Middendorf
David E. Jacobs
Background and Historical Perspective
523(1)
Exposure Limits
524(6)
Program Management
530(11)
Case Studies
541(11)
Summary
552(3)
References and Suggested Reading
553(2)
Glossary 555(20)
Index 575

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