Titlebook: Basic and Clinical Toxicology of Organophosphorus Compounds; Mahdi Balali-Mood,Mohammad Abdollahi Book 2014 Springer-Verlag London 2014 ch

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Introduction High-Brightness Acceleratorsorganochlorine pesticides in agricultural and domestic applications. Some of the OPs are lipophilic compounds with considerable persistence in the environment. The level of public exposure, occupational and nonoccupational, acutely or chronically, has been raised since their introduction and has cau

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Philippe Jacquet,Paul Mühlethalererned with OP toxicity in humans. OPs cause four important neurotoxic effects, including the cholinergic syndrome, the intermediate syndrome, OP-induced delayed polyneuropathy, and chronic OP-induced neuropsychiatric disorder. Compared with the cholinergic syndrome, that causes millions of cases of

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High Power/Energy Molecular Lasers of toxicity. A discussion of all basic and clinical aspects of OP compounds from their synthesis and toxicity, to novel biomarkers, epidemiology of poisoning, occupational and environmental exposure, risk assessment, clinical management and guidance on prevention and control have been covered in th

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Chemistry and Classification of OP Compounds, are 3 and 5. The majority of OP compounds (OPs) with environmental and industrial applications are of the pentavalent types. Organophosphates are a significant group of OPs which are essentially esters of phosphoric acids, in which the nature of the substituents attached to phosphorus plays a key r

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History of the Use and Epidemiology of Organophosphorus Poisoning,ate was synthesized in 1854 as the first OP cholinesterase inhibitor. During 1934–1944, Gerhard Schrader, a German chemist at I. G. Farben industries and his coworkers synthesized about 2,000 OP compounds, including parathion as a pesticide and tabun, sarin, and soman as chemical warfare nerve agent

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