Dennis K. Flaherty – författare

This work presents basic immunological tenets and mechanisms at the cellular and molecular level while employing the toxicology focus on hazard identification, appropriate assays, dose response, and risk assesment by mathematical models and safety factors. It will be a useful reference to toxicologists because it incorporates the 1999 EPA guidelines for all chemicals regulated under the Federal Insecticide, Fungicide, and Rodenticide Act and the Toxic Substances Control Act. Regulatory sections in each chapter focus on data from both the US Food and Drug Administration, as well as data applicable to western European Nations.

This authored book presents basic immunological tenets and mechanisms at the cellular and molecular level while employing the toxicology focus on hazard identification, appropriate assays, dose response, and risk assesment by mathematical models and safety factors. It will be a useful reference to toxicologists because it will incorporate new guidelines that the EPA is bringing out later this year for all chemicals regulated under the Federal Insecticide, Fungicide, and Rodenticide Act and the Toxic Substances Control Act. Regulatory sections in each chapter focus on data from both the US Food and Drug Administration, as well as data applicable to western European Nations.

Due to increased awareness of the AIDS crisis as well as concern about environmental chemicals, immunotoxicology has quickly become one of the most important and controversial topics in occupational medicine and toxicology. This insightful reference/text clarifies the subject by exploring the basic environmental, occupational, and therapeutic agents that can suppress or strengthen the immune system. The authors provide a necessary bridge between immunology and toxicology to explain the various products and processes that may change immune parameters, affect host resistance to infections and tumors, and alter a system's future reaction to exposure. They assess the damage done not only to the immune system, but also damage by the immune system as a result of altered functioning. Throughout the book, emphasis is placed on the relevance to existing clinical health and possible future adverse effects. Even the more common immunotoxic conditions, such as food and drug intolerance, cigarette smoking, and occupational asthma, are put into perspective, with straightforward information on possible genetic, environmental, and pharmacological risk factors. Detailed sections are included on: Organ systems and target cells most often affectedTypes of damage and injury resulting from immunotoxic reactionsClinical populations in which immune system damage occursMethods for investigating the etiology of agents and risk assessmentRelevance of laboratory data to human riskStrategies for achieving standard practices to prevent the disparity in results that characterizes many immune system studiesRegulatory affairs related to immunotoxicologyLaboratory and experimental findings are probed to determine how and to what degree different immunotoxicants have induced clinical disease. Citations of animal research are restricted to those studies that point the way for future human studies, or have direct relevance to human situations. To further the reader’s understanding of xenobiotics, the authors treat the subject of purposeful immunomodulation, achieved by administering immunosuppressive or immunopotentiating drugs. Despite increasing public awareness, there remains an inaccurate perception of what chemicals can and cannot do. This important reference sets the record straight, making it an essential source for toxicologists, immunologists, industrial hygienists, microbiologists, allergists, as well as all professionals in the agricultural and cosmetic industries, and those involved in chemical and biological regulation.