Stanley Berent – Författare

This is the final volume in a three-volume work that has addressed the scientific methodologies relevant to clinical neurobehavioral toxicology. Volume I focused on basic concepts and methodologies in Neurobehavioral Toxicology, with Volume II focusing on the peripheral nervous system. Volume III attends to what is known about industrial and environmental chemicals, medicines, and substances of abuse and how these agents affect the central nervous system. All substances have the capacity to be toxic, depending on factors that include the physical properties of the chemical or compound, organism related variables, or interaction between the two. These substances on the other hand and as a result of these same factors might be used therapeutically or even recreationally. The difference between medicine, recreational drug, or poison depends often on a careful balance between adverse and intended effects. How to determine that a specified substance has caused harm is emphasized in the present volume by way of case examples and discussion. Illnesses and behavioral variations that compete with toxicant-induced explanations for findings in a given case, as well as the various controversies that can arise around issues of diagnosis and causal determination, are treated comprehensively in this volume.

This book, the first of three volumes, provides a thorough background to the emerging field of neurobehavioral toxicology by looking at current clinical approaches and tests, as well as assessing current clinical research. The analysis of the impact of toxins on the human nervous system is particularly pertinent given the ongoing expansion of pharmaceuticals, industrial hazards, biological warfare and global pollution. A comprehensive introduction to neurobehavioral toxicology, this work will be of interest to practicing neurologists and neuropsychologists, as well as to occupational medicine physicians and medical toxicologists.

This book, the second of three volumes, concentrates on peripheral nervous system disorders. Examining the effects of neurotoxicants on nerve, muscle and the neuromuscular junction, it builds on the scientific principles outlined in volume 1 by looking at the application of the methods discussed, particularly in terms of the evaluation and diagnosis of individual patients and the related process of establishing causation.Neurobehavorial Toxicology, Volume 2 will be of interest to practicing neurologists and neuropsychologists, as well as to occupational medicine physicians and medical toxicologists.

This is the final volume in a three-volume work that has addressed the scientific methodologies relevant to clinical neurobehavioral toxicology. Volume I focused on basic concepts and methodologies in Neurobehavioral Toxicology, with Volume II focusing on the peripheral nervous system. Volume III attends to what is known about industrial and environmental chemicals, medicines, and substances of abuse and how these agents affect the central nervous system. All substances have the capacity to be toxic, depending on factors that include the physical properties of the chemical or compound, organism related variables, or interaction between the two. These substances on the other hand and as a result of these same factors might be used therapeutically or even recreationally. The difference between medicine, recreational drug, or poison depends often on a careful balance between adverse and intended effects. How to determine that a specified substance has caused harm is emphasized in the present volume by way of case examples and discussion. Illnesses and behavioral variations that compete with toxicant-induced explanations for findings in a given case, as well as the various controversies that can arise around issues of diagnosis and causal determination, are treated comprehensively in this volume.

This book, the first of three volumes, provides a thorough background to the emerging field of neurobehavioral toxicology by looking at current clinical approaches and tests, as well as assessing current clinical research. The analysis of the impact of toxins on the human nervous system is particularly pertinent given the ongoing expansion of pharmaceuticals, industrial hazards, biological warfare and global pollution. A comprehensive introduction to neurobehavioral toxicology, this work will be of interest to practicing neurologists and neuropsychologists, as well as to occupational medicine physicians and medical toxicologists.