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Chitosan/Modified Banana Epidermis Starch Composite Films for Food Packaging Applications

机译:用于食品包装的壳聚糖/改性香蕉表皮淀粉复合膜

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Banana epidermis is a waste material and starchier, it can be used to made biodegradable composite film and their properties were characterized. The aim of this study was to develop biodegradable composite films based on modified banana epidermis starch. The role of modified banana epidermis starch (MBES) particle loadings were analyzed on chitosan semi-crystalline structure, in addition to studying the composite film properties such as barrier, thermal and mechanical properties. Antimicrobial activity of the composite films is developed based on chitosan and MBES particle. The composite films are produced by solution casting method. The composites exhibit a significantly good in the mechanical and thermal stability. The resulting Chitosan/MBES films exhibit better oxygen permeation rate while compared with normal commercial films. The new prepared composite films have a high potential, mechanical, morphological, antimicrobial activity, and to improve their long-lasting antimicrobial efficiency for food packaging applications.
机译:香蕉表皮是一种废料,淀粉含量较高,可用于制备可生物降解的复合膜,并对其性能进行了表征。这项研究的目的是开发基于改性香蕉表皮淀粉的可生物降解复合膜。除了研究复合膜的性能如阻隔,热和机械性能外,还分析了改性香蕉表皮淀粉(MBES)颗粒负载量对壳聚糖半结晶结构的影响。基于壳聚糖和MBES颗粒开发了复合膜的抗菌活性。通过溶液流延法生产复合膜。该复合材料在机械和热稳定性方面显示出显着良好的性能。与普通的商业膜相比,所得的壳聚糖/ MBES膜表现出更好的氧气渗透率。新制备的复合膜具有很高的潜力,机械,形态,抗菌活性,并提高了其在食品包装应用中的持久抗菌效率。

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