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Delivery of Probiotic to Microbiome by Layer-by-Layer Encapsulation

机译:通过层逐层封装将益生菌递送给微生物组

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The probiotic alginate microcapsules of a matrix type were obtained by extrusion method. The coating with an additional layer (layer-by-layer) was carried out by placing the alginate microcapsules with bacteria included in them in a 0.4% solution of chitosan or pullulan. Microcapsules look like spherical particles, white, with a smooth surface. The size of microcapsules is 102–145 microns. The efficiency of L. acidophilus AA-1 cells immobilization for uncoated (alginate) and coated with chitosan and pullulan microcapsules was 96.35±1.65; 95.28±2.31 and 94.43±2.31, respectively. The survival rate of strains encapsulated in alginate-chitosan and alginate-pullan under model gastrointestinal conditions in vitro increased on average by 50-70% compared with free cells.
机译:通过挤出方法获得基质型益生菌藻酸盐微胶囊。通过将藻酸盐的微胶囊放置在壳聚糖或支链淀粉的0.4%溶液中,通过将藻酸盐微胶囊放置在其中包含的细菌中,进行附加层(逐层)的涂层。微胶囊看起来像球形颗粒,白色,表面光滑。微胶囊的尺寸为102-145微米。用于未涂覆的(藻酸盐)和壳聚糖和蛋白酶微胶囊的L. acherophilus aa-1细胞固定化的效率为96.35±1.65; 95.28±2.31和94.43±2.31分别。与自由细胞相比,在模型胃肠 - 壳聚糖和藻酸盐蛋白和藻酸盐蛋白中封装的菌株的存活率平均增加50-70%。

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