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A Facile Activation Method for Improving the Wettability of Polyurethane Surfaces

机译:一种改善聚氨酯表面润湿性的容易活化方法

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摘要

This work reports the activation of polyurethane film surfaces in order to enrich them with polar groups such as -NH2, -OH, -COOH or radicals, which further allows immobilization of several bioactive compounds. UV-activafion was used to introduce new groups on the polymer surface without affecting the bulk properties. The current arising species improve the wettability of the PU surfaces as it was observed from the static contact angle measurements. The structure and composition of the new PU surfaces were analyzed by using ATR-FTIR spectroscopy. The results suggested the possibility of modifying the PU surfaces in a shorter time periods, in order to provide many sites to attach other biomacromolecules by polar interaction or hydrogen bonding.
机译:该工作报告了聚氨酯膜表面的激活,以便以极性基团富集它们,例如-NH 2,-OH,-COOH或基团,其进一步允许固定几种生物活性化合物。 UV-Activafion用于在聚合物表面上引入新的组而不影响散装性能。 由于从静态接触角测量观察到,所产生的物种所产生的物种改善了PU表面的润湿性。 通过使用ATR-FTIR光谱分析新PU表面的结构和组成。 结果表明,在较短的时间段内改变PU表面的可能性,以便通过极性相互作用或氢键能够提供许多位点以附着其他生物量度。

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