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首页> 外文期刊>International Dairy Journal >Proteolysis, microbiology and sensory properties of ewes' milk cheese produced with plant coagulant from cardoon Cynara cardunculus, calf rennet or a mixture thereof.
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Proteolysis, microbiology and sensory properties of ewes' milk cheese produced with plant coagulant from cardoon Cynara cardunculus, calf rennet or a mixture thereof.

机译:用菜豆Cynara cardunculus,小牛凝乳酶或它们的混合物的植物凝结剂生产的羊奶干酪的蛋白水解,微生物学和感官特性。

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摘要

Cheeses made from ewes' milk by using calf rennet (CR) were compared with those produced with powdered plant coagulant (PPC) obtained from Cynara cardunculus or 50:50 mixture of PPC and CR, by determining different chemical, biochemical, microbiological and sensory characteristics throughout the ripening. For most of the chemical and microbiological parameters studied, no differences were observed between the coagulants used. However, significantly higher (P <0.05) levels of pH 4.6-soluble nitrogen (pH 4.6-SN) and 12% trichloroacetic acid-soluble nitrogen (TCA-SN) were observed in cheeses manufactured with PPC and CR/PPC compared with cheese made with CR. The levels of pH 4.6-SN in PPC cheeses were very similar to those obtained with the mixture of CR and PPC. Both cheese types acquired the typical sensory characteristics faster than the same cheeses made with CR for most of the sensory attributes studied
机译:通过确定不同的化学成分,将使用小牛凝乳酶(CR)由母羊牛奶制成的奶酪与由 Cynara cardunculus 或PPC和CR的50:50混合物制得的植物粉末状凝结剂(PPC)生产的干酪进行了比较。 ,整个生化过程中的生化,微生物和感官特性。对于所研究的大多数化学和微生物学参数,所用混凝剂之间没有发现差异。但是,在使用PPC和PPC生产的奶酪中,观察到的pH 4.6可溶性氮(pH 4.6-SN)和12%三氯乙酸可溶氮(TCA-SN)明显更高( P <0.05)。 CR / PPC与用CR制成的奶酪相比。 PPC奶酪中的pH 4.6-SN的水平与CR和PPC混合物获得的pH非常相似。对于大多数研究的感官属性,两种奶酪的典型感官特性都比使用CR制造的相同奶酪要快。

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