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Ultrasonic Modification of Selected Polysaccharides-Review

机译:选定多糖的超声修饰-综述

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This review is a survey on ultrasonic application in selected carbohydrate polymers based upon available research reports. It covers a brief discussion on the fundamentals of ultrasound technology, before delving on the effects of ultrasound on specific polymers; pectin, chitin, starch, carrageenan and guar gum, their modification products and possible applications in food, pharmaceutical, biomedical and packaging sectors. Sonication generally leads to depolymerization and side chain break within molecules resulting into oligosugars. Oligosugars are widely used as prebiotics and specific delivery systems; moreover, nano sized products of sonication can be applied in diverse fields. Presently, ultrasonic is finding application in wider sectors therefore better understanding of the complex physico-chemical changes and mechanism of the action of high-intensity ultrasound and its effect on techno-functional properties of compounds would immensely fortify the application of ultrasonic technology.
机译:这篇综述是基于现有研究报告的对选定碳水化合物聚合物中超声波应用的调查。在探讨超声对特定聚合物的影响之前,它涵盖了对超声技术基础的简短讨论。果胶,甲壳质,淀粉,角叉菜胶和瓜尔豆胶,它们的改性产品以及在食品,制药,生物医学和包装领域的可能应用。超声处理通常导致分子内的解聚和侧链断裂,从而形成寡糖。寡糖被广泛用作益生元和特定的递送系统。此外,超声处理的纳米级产品可以应用于各个领域。目前,超声波正在广泛的领域中寻找应用,因此,更好地理解复杂的物理化学变化和高强度超声波的作用机理及其对化合物技术功能特性的影响将极大地加强超声波技术的应用。

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