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Establishment of a Matrix for Biorecognition Reactions Based on Nanoscaled Films of Responsive Polymeric Compounds

机译:基于响应性高分子化合物纳米薄膜的生物识别反应基质的建立

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Polymer based surfaces attract an increasing interest as useful elements of analytical devices. A special class of macromolecular compounds, the "smart" polymers, undergo phase transitions in response to environmental triggers like temperature or pH changes. We have immobilised a poly(OEGMA) type of polymer on gold electrode as a thin film and studied the temperature induced phase transition by electrochemical means.
机译:作为分析装置的有用元素,基于聚合物的表面引起了越来越多的兴趣。一类特殊的大分子化合物“智能”聚合物会响应于环境触发因素(例如温度或pH值变化)而发生相变。我们已经将聚(OEGMA)型聚合物固定在金电极上作为薄膜,并通过电化学方法研究了温度引起的相变。

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