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Active Compounds Encapsulated Nanoemulsion Systems and Their Application: A Review

机译:活性化合物包封的纳米乳液体系及其应用研究进展

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摘要

Application of the structured emulsion system for delivering active compounds in the food and pharma based sector attain keen interest in the current research. Especially, nanoemulsions are preferred due to their smaller size that could add up to their higher loading capacity. But, the structure of the nanoemulsion should be designed in such a way to get the compound get actively encapsulated without losing their biological structure and function. Bioactive compounds of lower solubility can be encapsulated to the nanoemulsion surface to attain improved dispersion in the food products, to get protected against the degradation or the molecular level interaction with other ingredients of the system, and to reduce their impact on the foods organoleptic peptide, and finally to enhance their bioavailability. This review encompasses on the various encapsulation strategies of the nanoemulsion system, in specific with the effect of physicochemical properties and the nanoemulsion composition towards their potential application.
机译:在当前的研究中,结构化乳液系统在食品和制药业中用于输送活性化合物的应用引起了人们的极大兴趣。特别地,纳米乳液是优选的,因为其较小的尺寸可加起来具有较高的负载能力。但是,应该以这种方式设计纳米乳液的结构,以使化合物被主动包封而不丢失其生物学结构和功能。可以将溶解度较低的生物活性化合物封装到纳米乳剂表面上,以提高其在食品中的分散度,从而防止其降解或与该系统其他成分发生分子水平的相互作用,并减少其对食品感官肽的影响,并最终提高其生物利用度。这篇综述涵盖了纳米乳剂体系的各种包封策略,特别是理化性质和纳米乳剂组合物对其潜在应用的影响。

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