淀粉的物理和化学改性。回顾

D. Simanaviciute
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引用次数: 0

摘要

天然淀粉是用于许多食品和工业产品的农业原料。它存在于颗粒中,形状各异,有直链淀粉和支链淀粉的形式。对淀粉进行改性,以增强其积极属性,消除天然淀粉的缺点。淀粉的改性有许多可能性产生新的淀粉,其中包括新的功能和增值性能的改性结果。本文综述了目前已发现的淀粉改性方法,主要包括化学改性和物理改性两方面。氧化、酯化、醚化、酸水解和交联是制备淀粉衍生物的常用化学修饰。物理改性是通过糊化、深度冷冻、瞬时控制压降工艺、搅拌球磨机机械活化、电晕放电、热抑制处理等方法来实现的。此外,化学方法已与物理改性相结合,如微波、辐射和挤压。淀粉改性减少了糊体的退化、胶凝倾向、凝胶协同作用,改善了糊体的清晰度和光泽、糊和凝胶的质地、成膜和附着力。DOI: http://dx.doi.org/10.5755/j01.ct.66.1.12357
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PHYSICAL AND CHEMICAL MODIFICATION OF THE STARCH. A REVIEW
The native starch an agricultural raw material used in many food and industrial products. It is present in granules that vary in shape of the form of amylose and amylopectin. Modification of starch is carried out to enhance the positive attributes and eliminate the shortcomings of the native starches. Modification of starch has numerous possibilities to generate novel starches which includes new functional and value added properties as a result of modification. This review summarizes well known and current methods that have been discovered in starch modification which includes two main areas that are chemical and physical modification. Oxidation, esterification, etherification, acid hydrolysis and cross-linking are some of the chemical modifications commonly employed to prepare starch derivatives. Physical modification is achieved through dextrinization, deep freezing, instantaneous controlled pressure drop process, mechanical activation with stirring ball mill, corona electrical discharges, thermally inhibited treatment and etc. Besides, chemical methods have been combined with physical modifications such as microwave, radiation and extrusion. Starch modification decreases retrogradation, gelling tendencies of pastes, gel syneresis and improves paste clarity and sheen, paste and gel texture, film formation and adhesion. DOI: http://dx.doi.org/10.5755/j01.ct.66.1.12357
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