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Introduction to the Third Edition | |
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Preface to the Second Edition | |
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What Are Chemicals? | |
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Atoms and Molecules | |
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Natural Chemicals | |
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Synthetic Chemicals | |
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Chemical Categories | |
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Chemicals: �Good� and �Bad� | |
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Why the �Good-Bad� Dichotomy? | |
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Man-made Chemicals Are Made by Humans | |
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Man-made Chemicals May Not Be Biodegradable | |
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Man-made Chemicals May Be Very Complex | |
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What Harm Do Chemicals Cause? | |
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Harmful Properties of Chemicals | |
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Explosiveness and Reactivity | |
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Flammability and Combustibility | |
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Radioactivity | |
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Corrosiveness | |
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Irritation | |
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Sensitization and Photosensitization | |
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Toxicity | |
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Multiple Harmful Properties | |
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Definition of Poison | |
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Definition of Hazard | |
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What is Toxicology? | |
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Empirical Toxicology | |
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Paracelsus and Ramazzini | |
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A Brief History of Toxicology | |
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Toxicology Today | |
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What Do Toxicologists Do? | |
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What Factors Influence the Toxic Effects of Chemicals? | |
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Acute versus Chronic Toxicity | |
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Significance of Divided Doses | |
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Routes of Exposure | |
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Dermal Exposure | |
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Inhalation Exposure | |
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Oral Exposure | |
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Other Routes of Exposure | |
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Combinations | |
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Influence of Route on Toxicity | |
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Metabolism | |
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Routes of Elimination (Excretion) | |
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Other Factors that Influence Toxicity | |
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Species | |
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Sex | |
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Age | |
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Nutrition | |
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State of Health | |
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Biochemical Individuality (Genetic Diversity) | |
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Presence of Other Chemicals | |
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Adaptation | |
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Light | |
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How is Toxicology Studied? | |
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Experimental Methods | |
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Acute Toxicity | |
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Irritant and Corrosive Effects | |
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Sensitization and Photosensitization | |
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Chronic Toxicity | |
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Mutagenesis | |
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Carcinogenesis | |
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Developmental and Reproductive Toxicity | |
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Units of Trace Quantities | |
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Analytical Methods | |
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Animal Rights | |
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General Toxicology | |
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Acute Toxicity | |
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LD<sub>50</sub> and LC<sub>50</sub> Values | |
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Significance of LDs for Humans | |
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Poison Prevention | |
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Antidotes | |
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Chronic Toxicity | |
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No-Effect Levels and Thresholds | |
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Margins of Safety | |
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Sufficient Challenge | |
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Bioaccumulation | |
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Mutagenesis and Carcinogenesis | |
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Mutagenesis | |
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Genetic Code | |
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Mutations | |
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Significance of Mutations | |
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Mutation and Cancer | |
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Carcinogenesis | |
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What Is Cancer? | |
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Causes of Cancer | |
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Role of Mutation | |
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Incidence of Cancer | |
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Categories and Characteristics of Carcinogens | |
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Induction Periods | |
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Thresholds | |
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Practical Thresholds | |
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The Real World | |
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Benzo[a]pyrene | |
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Cancerophobia | |
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Developmental and Reproductive Toxicity | |
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Male and Female Reproductive Systems | |
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Prepuberty Systems | |
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Adult Systems | |
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The Developing Individual | |
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Case Studies in Toxicology | |
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Environmental Contaminations | |
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Dioxins: Seveso, Italy | |
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PCBs and Dibenzofurans: Yusho Disease | |
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Bophal, India | |
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Minamata Disease | |
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DDT | |
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Consumer Products | |
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Metals | |
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Lead and Cadmium | |
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Zinc | |
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Plastics | |
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Bisphenyl A | |
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Indoor Air Pollution | |
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Water Pollution | |
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Pharmaceuticals | |
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Fen-Phen | |
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Vioxx | |
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Thalidomide | |
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Epidemiology | |
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Origins of Modern Epidemiology | |
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Epidemiology of Noninfectious Diseases | |
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Koch's Postulates | |
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Study Design: Precepts and Pitfalls | |
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Unreasonable Expectations | |
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Proximate Event Approach in Assigning Cause | |
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Distrust of Science and Scientists | |
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The Study of Risk | |
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Public Health Statistics | |
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Inherent Risk | |
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Risk Assessment | |
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Perceived Risk | |
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Acceptable Risk | |
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Risk Benefit and Cost Benefit | |
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Risk Communication | |
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Risk Management | |
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Bibliography | |
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Abbreviations | |
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Glossary | |
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Index | |