以牺牲起始培养物和葡萄糖- δ -内酰胺用量为代价,加快禽肉片对流干燥过程

V. Agafonychev, V. Makhonina, O. Myshalova, D. Roslikov, I. Dmitrienko
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引用次数: 0

摘要

加快禽肉片对流干燥过程是提高禽肉片生产效率的重要保障。肉片的最小水结合能力发生在pH值为5.2-5.4,对应于mus- cle蛋白等电点。这可以通过在固化混合物中使用微生物起始培养物(MSC)和葡萄糖- δ -lac- ton (GDL)来保证。以牺牲40%的MSC和55%的GDL为代价缩短干燥过程,从而有可能提高干燥设备的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Speed up of convective drying process of poultry meat chips at the expense of start cultures and glucon-delta-lacton usage
Speed up of convective drying process of poultry meat chips is the important reserve of its production ef- fectiveness improvement. Minimal water binding capacity of meat chips takes place at pH 5.2-5.4 corresponding to mus- cle protein isoelectric point. This may be ensured by usage of microorganism start cultures (MSC) and glucon-delta-lac- ton (GDL) in curing mixture composition. Shortening drying process at the expense of MSC by 40% and GDL by 55% gives a possibility to increase drying equipment performance.
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