Essentials of Toxicology for Health Protection is a key handbook and course reader for all health protection professionals. It covers the basics of toxicology and its application to issues of topical concern including contaminated land, water pollution and traditional medicines.

Environmental public health is an interdisciplinary approach to the study of the direct and indirect impact of exposure to environmental hazards on the public's health and wellbeing. Assessing and addressing the risks of chemical, ionising and non-ionising radiation, and noise hazards requires a sound knowledge of toxicology, environmental epidemiology, environmental science, health risk assessment, and public health principles. Essentials of Environmental Science for Public Health provides practical guidance on the technical aspects of environmental and public health investigations. Written by leaders in the field, the authors provide practical, expert advice on a range of topics from key concepts and framework for investigation to contaminated land and waste management. Case studies are used to aid learning and understand of the topics discussed. Produced by Health Protection England, Essentials of Environmental Science for Public Health offers a comprehensive and structured approach to understanding environmental public health issues and will be essential reading for all students and professionals in environmental public health.

Health Protection: Principles and practice is a practical guide for practitioners working at all levels in public health and health protection, including those with a non-specialist background. It is the first textbook in health protection to address all three domains within the field (communicable disease control; emergency preparedness, resilience and response (EPRR); and environmental public health) in a comprehensive and integrated manner. Written by leading practitioners in the field, the book is rooted in a practice-led, all-hazards approach, which allows for easy real-world application of the topics discussed. The chapters are arranged in six sections, which begin with an in-depth introduction to the principles of health protection and go on to illuminate the three key elements of the field by providing: case studies and scenarios to describe common and important issues in the practice of health protection; health protection tools, which span epidemiology and statistics, infection control, immunisation, disease surveillance, and audit and service improvement; and evidence about new and emerging health protection issues. It includes more than 100 health protection checklists (SIMCARDs), covering infections from anthrax to yellow fever, non-infectious diseases emergencies and environmental hazards. Written from first-hand experience of managing communicable diseases these provide practical, stand-alone quick reference guides for in-practice use. Both the topical content of Health Protection: Principles and practice, and the clearly described health protection principles the book provides, makes it a highly relevant resource for wider public health and health protection professionals in this continually evolving field.

Clinical Toxicology is the second volume of a three-volume set on molecular, clinical and environmental toxicology that offers a comprehensive and in-depth response to the increasing importance and abundance of chemicals of daily life. By providing intriguing insights far down to the molecular level, this three-volume work covers the entire range of modern toxicology with special emphasis on recent developments and achievements. It is written for students and professionals in medicine, science, public health or engineering who are demanding reliable information on toxic or potentially harmful agents and their adverse effects on the human body.

Essentials of Environmental Epidemiology for Health Protection is a key handbook and course reader for all professionals in environmental public health. Emphasising the scoping and planning stages of a study in order to avoid common pitfalls, and includes discussions on the limitations of epidemiological studies, ethics and handling large datasets.

Research into the biochemical basis of toxicology has expanded rapidly over recent years, amidst concerns over the adverse effects of drugs, environmental pollution and occupational hazards. Following on from the acclaimed first two editions of Principles of Biochemical Toxicology, John Timbrell has expanded the text to include: summary sections questions and model answers thoroughly revised artwork These features, plus the new easy-to-read format will make biochemical toxicology more accessible to undergraduates and postgraduates coming across the subject for the first time, particularly when undertaking self-directed study. This comprehensive textbook provides a thorough explanation of dose-response relationships; disposition and metabolism; toxic responses to foreign compounds, and detailed examples to illustrate mechanisms of toxicity. There is also an expanded and updated bibliography, directing the reader to further reading if required. Students and lecturers will find the clear and concise approach, which established this book as the leading textbook in its field, an essential aid to learning and teaching.

Since the publication of the first edition of Introduction to Toxicology , toxicology has become a more mature science, the number of undergraduate and postgraduate courses has increased and thus the need for a regularly updated introductory text has become more pressing. This third edition caters for this need in a clear and easy-to-read style, featuring: * Up-to-the-minute information * Relevant toxicological examples that reinforce principles * End-of-chapter essay questions * New and redrawn illustrations * Glossary of terms * Extensively revised bibliography The fundamental principles of absorption, distribution, metabolism and excretion are described in the introductory chapters, as are the types of exposure and response. In subsequent chapters these are clarified with the use of carefully chosen examples. Among the topics considered are the potential adverse effects of drugs, pesticides, food additives and industrial chemicals.