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Surface modification of zein films

机译:玉米蛋白膜的表面改性

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A novel method to derivatize the surface of zein is devised that can modify the water absorption and surface wetting behavior. The reagents used to impart the desired properties in a reasonable amount of time include octenyl succinic anhydride and alkyl and alkenyl ketene dimers. The method is easy to apply and involves baking with an appropriate concentration of a derivatizing agent. Decreased water absorption and increased contact angle with water relative to control demonstrate the advantages this methodology provides. Atomic force microscopy was used to demonstrate that after derivatization the surface of the film became much different, having large globular domains that extended as much as 122nm above the lowest surface. Given the hydrophobic character of the reagents and their relative incompatibility with zein, it was anticipated that derivatization would be somewhat inhomogeneous.
机译:设计了一种新颖的玉米醇溶蛋白表面衍生方法,该方法可以改变吸水率和表面润湿行为。在合理的时间内用于赋予所需性能的试剂包括辛烯基琥珀酸酐和烷基烯基烯酮二聚体。该方法易于实施,并且涉及用适当浓度的衍生剂进行烘烤。相对于对照而言,吸水率降低和与水的接触角增加证明了这种方法的优势。原子力显微镜用于证明在衍生化之后,膜的表面变得非常不同,具有大的球状区域,并在最低表面上方延伸了122nm。考虑到试剂的疏水特性以及它们与玉米醇溶蛋白的相对不相容性,可以预料的是衍生化将是不均匀的。

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