نتایج جستجو برای: organophosphorous organochlorines

تعداد نتایج: 1008  

2016
Nisha Kumari Naresh Vyas

A simple, efficient, facile and surface mediated method for synthesis of hydrazides of organophosphorous acids has been developed from their corresponding chloridates using calcium oxides as a solid support at room temperature. The developed method gave the desired hydrazides in excellent yields (7592%) and avoids the use of column chromatography.

Journal: :asia pacific journal of medical toxicology 0
devanur r.m.m. prasad department of forensic medicine and toxicology, government of karnataka, district hospital, chamarajanagar, karnataka, india prasanna s. jirli department of forensic medicine and toxicology, karnataka lingayath education society university, jawaharlal nehru medical college, belgaum, karnataka, india mahadevaiah mahesh department of general medicine, jss university, jss medical college, mysore, karnataka, india shivanagappa mamatha department of obstetrics and gynaecology, jss university, jss medical college, mysore, karnataka, india

background: organophosphorus (op) poisoning is a major public health problem in developing world. op pesticides inhibit carboxylic esterase enzymes including plasma cholinesterase (pche). clinical manifestations following op poisoning can be associated with the extent of decrease of pche. this study was designed to investigate the relevance of pche level to clinical manifestations in op poisoni...

2005
Nobuo Ochiai Kikuo Sasamoto Hirooki Kanda Takashi Yamagami

A multi-residue method for determination of fi ve groups of 85 pesticides organochlorine, carbamate, organophosphorous, pyrethroid and others in non-fatty food, e.g. vegetables, fruits and green tea is described. The method is based on stir bar sorptive extraction (SBSE) coupled to thermal desorption (TD) and retention time locked (RTL) GC-MS

Journal: :Chemical communications 2015
Stefano Cinti Gabriela Valdés-Ramírez Wei Gao Jinxing Li Giuseppe Palleschi Joseph Wang

A new microengine-based built-in-platform exploiting a surprising dual action with solution mixing and control of the reaction parameters, has been applied for accelerating chemical reactions (organophosphorous nerve agents hydrolysis) and electrochemical detection of non-hazardous by-product (p-nitrophenol) using printable sensor strip.

Journal: :Occupational and Environmental Medicine 1982

Journal: :Environmental Health Perspectives 2004

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