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Microencapsulated probiotics using emulsification technique coupled with internal or external gelation process

机译:使用乳化技术结合内部或外部凝胶化工艺的微囊化益生菌

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摘要

Alginate-chitosan microcapsules containing probiotics (Yeast, Y235) were prepared by emulsifica-tion/external gelation and emulsification/internal gelation techniques respectively. The gel beads by external gelation showed asymmetrical structure, but those by internal gelation showed symmetrical structure in morphology. The cell viability was approximately 80% for these two techniques. However, during cell culture process, emulsification/internal gelation microcapsules showed higher cell growth and lower cell leakage. Moreover, the survival rate of entrapped low density cells with culture (ELDCwc) increased obviously than that directly entrapped high density cells (dEHDC) and free cells when keeping in simulated gastrointestinal conditions. It indicated the growth process of cells in microcapsule was important and beneficial to keep enough active probiotics under harmful environment stress. Therefore, the emulsification/internal gelation technique was the preferred method for application in food or biotechnological industries.
机译:分别通过乳化/外部凝胶化和乳化/内部凝胶化技术制备了含有益生菌的藻酸盐-壳聚糖微胶囊(酵母,Y235)。通过外部凝胶化的凝胶珠显示不对称结构,但是通过内部凝胶化的凝胶珠在形态上显示对称结构。对于这两种技术,细胞活力约为80%。然而,在细胞培养过程中,乳化/内部凝胶化微胶囊显示出更高的细胞生长和更低的细胞渗漏。而且,在模拟胃肠道条件下,培养的低密度细胞(ELDCwc)的存活率明显高于直接培养的高密度细胞(dEHDC)和游离细胞的存活率。这表明微胶囊中细胞的生长过程非常重要,有利于在有害环境胁迫下保持足够的活性益生菌。因此,乳化/内部胶凝技术是用于食品或生物技术行业的优选方法。

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