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Fate of Free Amino Acids and Nucleotides in Spoiling Beef

机译:变质牛肉中游离氨基酸和核苷酸的命运

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Fresh beef allowed to undergo microbial spoilage at 7 C showed decreases in quantity and types of amino acids as well as decreases in nucleotides when the initial number of bacteria per gram was high. When the initial number of bacteria was low, decreases were either not detectable or of low orders. It seems, therefore, that low-molecular-weight compounds of the above type support the growth of beef-spoilage bacteria rather than primary beef proteins. These low-molecular-weight compounds provide the probable sources of ammonia, hydrogen sulfide, and other such compounds associated with beef allowed to spoil at low temperatures.
机译:当每克细菌的初始数量很高时,允许在7 C进行微生物变质的鲜牛肉显示氨基酸数量和类型减少,核苷酸减少。当最初的细菌数量很低时,细菌数量的减少要么无法检测到,要么数量不多。因此,上述类型的低分子量化合物似乎支持牛肉变质细菌而不是主要牛肉蛋白质的生长。这些低分子量化合物可能提供氨,硫化氢以及与牛肉相关的其他此类化合物的来源,这些化合物在低温下会变质。

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