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首页> 外文期刊>Buffalo Journal: An International Journal of Buffalo Science >Compositional and textural characteristics of fresh buffalo milk Cheddar cheese manufactured by half-whey salting technique.
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Compositional and textural characteristics of fresh buffalo milk Cheddar cheese manufactured by half-whey salting technique.

机译:通过半乳清盐化技术制造的新鲜水牛牛奶切达干酪的组成和质地特征。

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摘要

The half-whey salting technique for the manufacture of Cheddar cheese from buffalo milk was evaluated with respect to its influence on composition, chemical indices, yield, mineral partitioning and their retention in cheese. Texture profile of freshcheese, including the relationship between mineral content and texture was also studied. The technique significantly increased the moisture and moisture-in-non-fat substances (MNFS) and decreased total minerals, phosphorus and calcium content of the fresh cheese. Such changes in moisture, MNFS and minerals had a positive influence on texture of the resultant fresh cheese. The calcium and phosphorus contents of cheese were significantly correlated with textural properties. The half-whey salting technique had no significant effect on fat, fat-in-DM, protein, salt, salt-in-moisture, pH, acidity, soluble N, tyrosine and total volatile fatty acids content or yield efficiency of the cheese.
机译:就其对成分,化学指标,产量,矿物质分配及其在干酪中的保留率的影响进行了评估,用半乳清盐化法从水牛乳中生产切达干酪。还研究了新鲜奶酪的质地特征,包括矿物质含量和质地之间的关系。该技术显着增加了水分和非脂肪水分(MNFS),并降低了新鲜奶酪的总矿物质,磷和钙含量。水分,MNFS和矿物质的这种变化对所得新鲜奶酪的质地产生积极影响。奶酪中的钙和磷含量与质地特性显着相关。半乳清盐化技术对奶酪的脂肪,DM中的脂肪,蛋白质,盐,水分,pH,酸度,可溶性氮,酪氨酸和总挥发性脂肪酸含量或产量效率没有显着影响。

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