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Enhancing extraction of food-grade pigments from the microalgae Chlorella Vulgaris through application of ohmic heating

机译:通过应用欧姆加热,增强从微藻小球藻中提取食品级颜料的能力

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摘要

[Excerpt] Introduction: The use of ohmic heating (OH) with the associated non-thermal effects due to the presence of an electrical field and frequency, has been suggested for extraction of compounds from biological matrices. Microalgae are considered as a very valuable source of compounds of interest for food sector (i.e. pigments, lipids, carbohydrates, and proteins) and the selection of extraction technique to recover these compounds is very challenging due to the intrinsic nature of the microalgae cell walls, which limits the mass transfer through it. The main objective of this study is to investigate the effects of OH on the extraction of pigmented solutes from Chlorella vulgaris. [...]
机译:[摘录]简介:由于存在电场和频率,已建议使用欧姆加热(OH)及其相关的非热效应从生物基质中提取化合物。微藻被认为是食品领域重要的有价值的化合物来源(例如色素,脂质,碳水化合物和蛋白质),由于微藻细胞壁的内在特性,选择回收这些化合物的提取技术非常具有挑战性,这限制了通过它的传质。这项研究的主要目的是研究OH对小球藻色素溶质提取的影响。 [...]

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