机译:模拟胃肠道系统结合砷铁矿对水铁矿的生物可及性
School of Environment and Natural Resources,The Ohio State University,2021 Coffey Rd,Columbus,Ohio 43210,USEPA,National Risk Management Research Laboratory,5995 Center Hill Avenue,Cincinnati,Ohio 45224,and Sierra Nevada Research Institute,University;
School of Environment and Natural Resources,The Ohio State University,2021 Coffey Rd,Columbus,Ohio 43210,USEPA,National Risk Management Research Laboratory,5995 Center Hill Avenue,Cincinnati,Ohio 45224,and Sierra Nevada Research Institute,University;
School of Environment and Natural Resources,The Ohio State University,2021 Coffey Rd,Columbus,Ohio 43210,USEPA,National Risk Management Research Laboratory,5995 Center Hill Avenue,Cincinnati,Ohio 45224,and Sierra Nevada Research Institute,University;
School of Environment and Natural Resources,The Ohio State University,2021 Coffey Rd,Columbus,Ohio 43210,USEPA,National Risk Management Research Laboratory,5995 Center Hill Avenue,Cincinnati,Ohio 45224,and Sierra Nevada Research Institute,University;
机译:使用模拟胃肠道系统评估雄黄酒中砷的溶解度和生物可及性
机译:电感耦合等离子体质谱联用连续流透析模拟胃肠消化法研究虾中砷的生物可及性
机译:在模拟胃肠源区下使用核心壳载体系统改善Carvacrol Bioaccessibity
机译:有机酸对胃和肺泡模拟生物流体系统砷化物生物可接受性的影响
机译:使用中试规模的湿地处理系统去除模拟地下水中的砷。
机译:膳食脂质影响来自黑胡萝卜的多酚的生物可接受性并在模拟胃肠消化下影响微生物多样性
机译:膳食脂质影响来自黑胡萝卜的多酚的生物可接受性,并在模拟胃肠消化下影响微生物多样性