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Microencapsulation of avocado oil by spray drying using whey protein and maltodextrin

机译:使用乳清蛋白和麦芽糊精喷雾干燥将鳄梨油微囊化

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摘要

Cold essed avocado oil was microencapsulated by spray drying in four different wall systems consisting of whey protein isolate (WPI) alone or in combination with maltodextrin (MD) DE 5 at various ratios (90: 10, 50 : 50 and 10: 90). The WPI only or WPI/ MD (90: 10) powders were spherical and smooth, whereas the WPI/MD (50:50 and 10:90) powders exhibited pronounced surface collapse. Increasing the MD ratio resulted in higher bulk density and wettability, probably due to more compact physical structure and hydrophilic wall matrix. Surface free oil contents and microencapsulation efficiencies of powders were 11-16% and 45-66%, respectively, and no significant differences were observed between the samples. The crude avocado oil used in this study appeared to be stable against oxidation at cold and ambient temperatures, irrespective of microencapsulation. However, at high temperature of 60°C, the oxidative stability decreased significantly in all cases but it was improved to some extent by microencapsulation.
机译:通过喷雾干燥将冷食的鳄梨油微囊化在四个不同的壁系统中,该系统由单独的乳清蛋白分离物(WPI)或与麦芽糖糊精(MD)DE 5组成的各种比例(90:10、50:50和10:90)组成。仅WPI或WPI / MD(90:10)的粉末是球形和光滑的,而WPI / MD(50:50和10:90)的粉末则表现出明显的表面塌陷。 MD比的增加导致更高的堆积密度和润湿性,这可能是由于更紧凑的物理结构和亲水性壁基质所致。粉末的表面游离油含量和微囊化效率分别为11-16%和45-66%,并且样品之间未观察到显着差异。不论微囊化如何,用于这项研究的粗鳄梨油在寒冷和环境温度下均表现出稳定的抗氧化性能。但是,在60℃的高温下,氧化稳定性在所有情况下均显着降低,但是通过微囊化在一定程度上得到了改善。

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