期刊文献+

阿特拉津和乙基对氧磷在功能化的金纳米通道中迁移特性研究

Studies on the transportation of atrazine and paraoxon through functionalized gold nanotubules
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摘要 以金纳米通道膜为载体膜,采用戊二醛交联法在金通道内壁修饰阿特拉津抗体,基于阿特拉津与阿特拉津抗体之间的免疫反应,实现了阿特拉津与乙基对氧磷的分离.考察了金纳米通道孔径、底液pH值及缓冲液离子强度对阿特拉津与乙基对氧磷的分离的影响.在最佳实验条件下,乙基对氧磷及阿特拉津的分离度为1.68. A capture antibody,atrazine-antibody,was modified onto the inner wall of Au nanotubules by glutaraldehyde interlin- king method. Atrazine and paraoxon were separated by the nanotubule membrane based on the immunoreaction between atrazineantibody and atrazine. The effects of nanotubule pore sizes, pH and ionic strength on the separation of atrazine and paraoxon were investigated. Under the optimum conditions, the separation efficiency was determined as 1.68.
出处 《上海师范大学学报(自然科学版)》 2011年第5期489-494,共6页 Journal of Shanghai Normal University(Natural Sciences)
基金 863计划项目(2007AA06Z402) 上海市科委项目(08520510400)
关键词 金纳米通道 阿特拉津 乙基对氧磷 抗体 gold nanotubule atrazine paraoxon-ethy antibody
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