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PHYSICOCHEMICAL CHARACTERIZATION OF JUSSARA PULP POWDER BY SPRAY-DRYING

机译:喷雾干燥法对桔梗果肉粉的理化特性

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This study was carried out to evaluate the effects of different mixtures of carrier agents (CA) (modified starch-MS plus whey protein concentrate-WPC or soy protein isolate-SPI) on the characteristics of microcapsules containing spray-dried jussara pulp powder. Four treatments, 30 %CAC+17.5 %MS:WPC, 17.5 %CAC+30 %MS:WPC, 30 %CAC+17.5 %MS:SPI and 17.5 %CAC+30 %MS:SPI, were evaluated, where CAC=carrier agent concentration (g carrier/g jussara pulp solids) and the proportions MS:WPC and MS:SPI indicate the grams of protein (WPC or SPI) per 100g of carrier. The solubility of the particles was not affected by the wall material, attaining average values of 78 %. The concentration of 30 %CAC+17.5 %MS:WPC improved the bulk density and moisture content. WPC and SPI were shown to be good alternative secondary wall materials for jussara pulp, together with MS.
机译:进行了这项研究,以评估载剂(CA)的不同混合物(改性淀粉-MS加乳清蛋白浓缩物-WPC或大豆蛋白分离物-SPI)对包含喷雾干燥的Jussara纸浆粉的微胶囊特性的影响。评估了四种处理方法,即30%CAC + 17.5%MS:WPC,17.5%CAC + 30%MS:WPC,30%CAC + 17.5%MS:SPI和17.5%CAC + 30%MS:SPI,其中CAC =载体药物浓度(g载体/ jussara纸浆固体含量)以及MS:WPC和MS:SPI的比例表示每100 g载体的蛋白质克数(WPC或SPI)。颗粒的溶解度不受壁材料的影响,平均值为78%。 30%CAC + 17.5%MS:WPC的浓度改善了堆积密度和水分含量。与MS相比,WPC和SPI被证明是极佳的Jussara纸浆替代二次壁材料。

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