Edward J. Massaro – författare

Covering some of the most important topics in modern toxicology, the Handbook of Human Toxicology is a unique and valuable addition to the current literature. It addresses issues, answers questions, and provides data related to. Within each of these five major sections are several carefully selected topics that reflect the current state of human toxicology. From tissue uptake of mercury to the effects of drugs on immune systems, the text provides much-needed information quickly and easily.

In the Handbook of Neurotoxicology, Volumes I and II, many leading researchers and clinicians - all acknowledged experts - review in depth the status of research in key areas of current neurotoxicologic interest and examine the latest methodologies for in vivo assessment of a wide spectrum of agents exhibiting neurotoxicologic properties. The first volume of the Handbook focuses on the biological effects of human-made neurotoxins, as well as those of natural origin, which so often provide valuable therapeutics and research reagents. Topics range from anticholinesterase insecticides and pesticides that target ion channels, to such metals as mercury, lead, zinc, and to the polytypic byproducts of combustion and industrial manufacture. The natural toxins discussed include those of microbial origin (microbial, marine, clostridial, and botulilinal neurotoxins), as well as those of animal origin (snake, spider, and scorpion venoms).The second volume concentrates on the biological effects of human-made toxins on the developing nervous system, reviews the neuronal impact of drugs of abuse, and provides state-of-the-art methods for the evaluation of the biological effects of neurotoxicants by both imaging and neurobehavioral assessment.

In the Handbook of Neurotoxicology, Volumes I and II, many leading researchers and clinicians - all acknowledged experts - review in depth the status of research in key areas of current neurotoxicologic interest and examine the latest methodologies for in vivo assessment of a wide spectrum of agents exhibiting neurotoxicologic properties. This second volume of the Handbook focuses on the biologic effects of human-made toxins on the developing organism, and of drugs of abuse. Here are discussed the interpretation of neurotoxicity data, the art of risk assessment, and the manifestation of CNS insult during development. The drugs of abuse surveyed include cocaine, marijuana, the cannabinoids, and amphetimines. Also provided are state-of-the-art methods for the evaluation of neurotoxicant effects by both imaging and neurobehavioral assessment. Volume I concentrates on the biological effects of both human-made neurotoxins (pesticides, mercury, lead, zinc, and polytypic byproducts of combustion and manufacture) and those of natural origin (microbial and animal toxins).

An authoritative panel of basic and clinical researchers critically reviews the latest findings on the role of folate in human development, health, and disease. Specific areas addressed include folate metabolism in zinc or copper deficiencies, choline and folate in development, animal models of folate-related birth defects, developmental toxicants potentially acting via folate perturbation, and folate's role in vascular disease in women. There are also cutting-edge discussions of genes and neural tube development, folate receptor polymorphism and the risk for neural defects, abnormal DNA synthesis and methylation with folate/methyl insufficiency, and folic acid and homocysteine as risk factors for neural tube defects.

Edward J. Massaro and a panel of leading biomedical researchers and clinical practitioners review, in-depth, the status of our current knowledge concerning the biochemistry of copper in general and its role in health and disease in particular. Drawing on the wealth of new information emerging from the molecular biology revolution, these experts survey the most important research areas of copper pharmacology and toxicology, including copper proteins and transport, copper toxicity and therapeutics, and copper metabolism and homeostasis. They also discuss the molecular pathogenesis of copper in a variety of metabolic diseases, Menkes and Wilson's diseases and occipital horn syndrome, as well as the role of copper in Parkinson's disease, prion disease, familial amytrophic lateral sclerosis (ALS), and Alzheimer's disease.

A cutting-edge review of the biochemical, physiological, pharmacological, genetic, and molecular interactions involved in the development and homeostasis of the skeleton. Topics range from chondrogenesis, chondrocytes, and cartilage to skeletal dysmorphology, and include the control of skeletal development, osteoblastic cell differentiation, and bone induction, growth, remodeling, and mineralization. The authors' understanding of bone physiology - and how it is modified throughout all the stages of life - offers novel approaches for improving the endurance of load-bearing implants, achieving life-long optimal bone strength, overcoming microgravity situations (space flight), and hastening the healing of fractures, osteotomies, and antrodeses.

In the Handbook of Neurotoxicology, Volumes I and II, many leading researchers and clinicians-all acknowledged experts-review in depth the status of research in key areas of current neurotoxicologic interest and examine the latest methodologies for in vivo assessment of a wide spectrum of agents exhibiting neurotoxicologic properties. The first volume of the Handbook focuses on the biological effects of human-made neurotoxins, as well as those of natural origin, which so often provide valuable therapeutics and research reagents. Topics range from anticholinesterase insecticides and pesticides that target ion channels, to such metals as mercury, lead, zinc, and to the polytypic byproducts of combustion and industrial manufacture. The natural toxins discussed include those of microbial origin (microbial, marine, clostridial, and botulilinal neurotoxins), as well as those of animal origin (snake, spider, and scorpion venoms).The second volume concentrates on the biological effects of human-made toxins on the developing nervous system, reviews the neuronal impact of drugs of abuse, and provides state-of-the-art methods for the evaluation of the biological effects of neurotoxicants by both imaging and neurobehavioral assessment.

In the Handbook of Neurotoxicology, Volumes I and II, many leading researchers and clinicians-all acknowledged experts-review in depth the status of research in key areas of current neurotoxicologic interest and examine the latest methodologies for in vivo assessment of a wide spectrum of agents exhibiting neurotoxicologic properties. This second volume of the Handbook focuses on the biologic effects of human-made toxins on the developing organism, and of drugs of abuse. Here are discussed the interpretation of neurotoxicity data, the art of risk assessment, and the manifestation of CNS insult during development. The drugs of abuse surveyed include cocaine, marijuana, the cannabinoids, and amphetimines. Also provided are state-of-the-art methods for the evaluation of neurotoxicant effects by both imaging and neurobehavioral assessment. Volume I concentrates on the biological effects of both human-made neurotoxins (pesticides, mercury, lead, zinc, and polytypic byproducts of combustion and manufacture) and those of natural origin (microbial and animal toxins).

An authoritative panel of basic and clinical researchers critically reviews the latest findings on the role of folate in human development, health, and disease. Specific areas addressed include folate metabolism in zinc or copper deficiencies, choline and folate in development, animal models of folate-related birth defects, developmental toxicants potentially acting via folate perturbation, and folate's role in vascular disease in women. There are also cutting-edge discussions of genes and neural tube development, folate receptor polymorphism and the risk for neural defects, abnormal DNA synthesis and methylation with folate/methyl insufficiency, and folic acid and homocysteine as risk factors for neural tube defects.

They also discuss the molecular pathogenesis of copper in a variety of metabolic diseases, Menkes and Wilson's diseases and occipital horn syndrome, as well as the role of copper in Parkinson's disease, prion disease, familial amytrophic lateral sclerosis (ALS), and Alzheimer's disease.