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A REVIEW ON BIODEGRADABLE STARCH BASED FILM

机译:基于生物可分解淀粉的电影综述

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In recent years, biodegradable edible films have become very important in research related to food, due to their compatibility with the environment and their use in the food packaging industry. Various sources can be used in the production of biopolymers as biodegradable films that include polysaccharides, proteins and lipids. Among the various polysaccharides, starch due to its low price and its abundance in nature is of significant importance. Several factors affect the properties of starch films; such as the source which starch is obtained from, as well as the ratio of constituents of the starch. Starch films have advantages such as low thickness, flexibility and transparency though; there are some downsides to mention, such as the poor mechanical properties and water vapor permeability. Thus, using starch alone to produce the film will led to restrictions on its use. To improve the mechanical properties of starch films and also increases resistance against humidity, several methods can be used; including the starch modifying techniques such as cross linking of starch and combining starch with other natural polymers. Other methods such as the use of lipid in formulations of films to increase the resistance to moisture are possible, but lipids are susceptible to oxidation. Therefore, new approaches are based on the integration of different biopolymers in food packaging.
机译:近年来,由于可生物降解的食用膜与环境的相容性及其在食品包装工业中的用途,因此在与食品有关的研究中已变得非常重要。各种来源可用于生物聚合物的生产中,作为可生物降解的薄膜,包括多糖,蛋白质和脂质。在各种多糖中,淀粉由于其价格低廉和天然丰富而非常重要。有几个因素影响淀粉薄膜的性能。例如淀粉的来源以及淀粉成分的比例。淀粉薄膜具有厚度低,柔韧性和透明性等优点。还有一些缺点需要提及,例如较差的机械性能和水蒸气渗透性。因此,仅使用淀粉来生产膜将导致对其使用的限制。为了改善淀粉膜的机械性能并增加耐湿性,可以使用几种方法。包括淀粉改性技术,例如淀粉的交联以及淀粉与其他天然聚合物的结合。其他方法,例如在薄膜配方中使用脂质以增加耐湿性也是可能的,但是脂质易于氧化。因此,新方法是基于食品包装中不同生物聚合物的整合。

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