Environmental Influences on the Immune System

ISBN-13: 9783709118887 / Angielski / Twarda / 2016 / 378 str.

Charlotte Esser

Opis

This book brings together articles on the overarching theme of how the environment shapes the immune system.
The immune system is commonly assumed to respond to harmful pathogens such as bacteria and viruses. However, harmless bacteria, chemicals, stress, normal food and other factors can also trigger, shape or interfere with the immune system, often producing adverse effects. Yet, it is also becoming increasingly accepted that some of these interactions are physiological and necessary for a healthy immune system.
Examples of negative effects include the immunosuppressive effects of UV irradiation, or the immunotoxic effects of man-made chemicals such as polycyclic aromatic hydrocarbons. Autoimmunity or allergies can be the adverse consequences of interaction between the immune system andchemical compounds such as drugs. Positive effects can come from natural exposure levels to bacteria, healthy life-style or the diet.
There is a great need to understand how communication between the environment and the immune system works. This book addresses this need. It covers environmental factors (such as bacteria, sun exposure), human factors (such as age, exercise or stress), and important man-made factors (such as air pollution). A chapter on human rights complements the scientific chapters. The book is intended for immunologists, toxicologists and researchers who want to know how the immune system works and is triggered, as well as for medical doctors in environmental medicineand the general public interested in immunology.
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O autorze

Charlotte Esser is Professor of Immunology and group leader at the Leibniz Research Institute for Environmental Medicine (IUF) in Düsseldorf, Germany. Her Research focuses on the adverse or beneficial consequences that low molecular weight substances (such as environmental toxins or dietary supplements) have on function and differentiation of the immune system in mice and men. A main focus lies on the analysis of the arylhydrocarbon receptor.