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首页> 外文期刊>Journal of Agricultural and Food Chemistry >Protein extraction from heat-stabilized defatted rice bran. 1. Physical processing and enzyme treatments.
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Protein extraction from heat-stabilized defatted rice bran. 1. Physical processing and enzyme treatments.

机译:从热稳定的脱脂米糠中提取蛋白质。 1.物理加工和酶处理。

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摘要

Physical processing with or without enzyme treatments on protein extraction from heat-stabilized defatted rice bran (HDRB) was evaluated. Freeze-thaw, sonication, high-speed blending, and high-pressure methods extracted 12%, 15%, 16%, and 11% protein, respectively. Sonication (0-100%, 750 W), followed by amylase and combined amylase and protease treatments, extracted 25.6-33.9% and 54.0-57.8% protein, respectively. Blending followed by amylase and protease treatment extracted 5.0% more protein than the nonblended enzymatic treatments. High-pressure treatments, 0-800 MPa, with water or amylase-protease combinations, extracted 10.5-11.1% or 61.8-66.6% protein, respectively. These results suggest that physical processing in combination with enzyme treatments can be effective in extracting protein from HDRB.
机译:评价了从热稳定的脱脂米糠(HDRB)提取蛋白质时采用或不采用酶处理的物理过程。冻融,超声处理,高速混合和高压方法分别提取了12%,15%,16%和11%的蛋白质。超声处理(0-100%,750 W),然后进行淀粉酶处理以及淀粉酶和蛋白酶的组合处理,分别提取了25.6-33.9%和54.0-57.8%的蛋白质。混合后进行淀粉酶和蛋白酶处理比非混合酶处理提取的蛋白质多5.0%。用水或淀粉酶-蛋白酶组合进行的高压处理(0-800 MPa)分别提取了10.5-11.1%或61.8-66.6%的蛋白质。这些结果表明,物理处理结合酶处理可以有效地从HDRB中提取蛋白质。

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