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Evaluation of optical microscopy efficacy in evaluating cassava starch biofilms microstructure.

机译:光学显微镜在评估木薯淀粉生物膜微结构中的功效评估。

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摘要

With the aim to evaluate optical microscopy efficacy as an imaging tool for evaluating bio-based films microstructure, plasticizing sugars (sucrose and inverted sugar), other additives (gelatin, soybean oil, sodium phosphate, and propylene glycol), and pH variation effect on cassava starch biofilms crystallization and phase separation during storage were investigated. Material crystallization, when using sucrose as additive, was observed through non-polarized and confirmed with polarized light microscopy. Scanning electron microscopy (SEM) and X-ray diffraction analysis have reinforced the observed results. Light microscopy also has indicated phase separation when soybean oil was added. Light microscopy analysis may be a fast and simple image tool to indicate crystallization and phase separation during bio-based materials storage. All rights reserved, Elsevier.
机译:目的在于评估光学显微镜的功效,以此作为评估生物基薄膜微结构,增塑糖(蔗糖和倒糖),其他添加剂(明胶,大豆油,磷酸钠和丙二醇)的成像工具,以及对研究了木薯淀粉生物膜的结晶和储藏过程中的相分离。当使用蔗糖作为添加剂时,通过非偏振观察到材料结晶,并通过偏振光显微镜确认。扫描电子显微镜(SEM)和X射线衍射分析增强了观察到的结果。当添加大豆油时,光学显微镜还表明了相分离。光学显微镜分析可能是一种快速简单的图像工具,用于指示生物基材料存储过程中的结晶和相分离。保留所有权利,Elsevier。

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