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Effects of egg yolk and salt on Micrococcaceae heat resistance.

机译:蛋黄和盐对微球菌耐热性的影响。

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摘要

The heat resistance and growth possibilities of various members of the Micrococcaceae in egg yolk and egg yolk with added salt were determined. Egg yolk alone protected members of the Micrococcaceae considerably against heat. Whereas in water Staphylococcus aureus S6 had a decimal reduction time (D) value of 66 s at 55 degrees C, its D value in egg yolk at the same temperature was 246 s. In salted egg yolk (water activity, 0.95), S. aureus S6 had a D value of 180 s at 66 degrees C and was largely inactivated during the pasteurization processes currently applied. Micrococcus saprophyticus and S. epidermidis (D value of each under the same conditions, 390 s) could survive such treatments to a certain extent and can thus spoil commercial egg yolk.
机译:测定了蛋黄和添加了盐的蛋黄中微球菌科各成员的耐热性和生长可能性。单独的蛋黄可极大地保护微球菌科成员免受热。在水中,金黄色葡萄球菌S6在55摄氏度时的十进制还原时间(D)值为66 s,而在相同温度下的蛋黄中D值为246 s。在咸蛋黄中(水活度为0.95),金黄色葡萄球菌S6在66摄氏度下的D值为180 s,并且在当前应用的巴氏灭菌过程中被大量灭活。腐生微球菌和表皮葡萄球菌(在相同条件下,各自的D值均为390 s)可以在一定程度上幸免于难,并因此破坏了商品蛋黄。

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