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Sporicidal Properties of Hydrogen Peroxide Against Food Spoilage Organisms

机译:过氧化氢对食物腐败生物的杀孢特性

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摘要

The sporicidal properties of hydrogen peroxide were evaluated at concentrations of 10 to 41% and at temperatures of 24 to 76 C. The organisms tested and their relative resistance at 24 C to 25.8% H2O2 were: Bacillus subtilis SA 22 > B. subtilis var. globigii > B. coagulans > B. stearothermophilus > Clostridium sp. putrefactive anaerobe 3679 > S. aureus, with „D” values of 7.3, 2, 1.8, 1.5, 0.8., and 0.2 min, respectively. Heat shocking spores prior to hydrogen peroxide treatment decreased their resistance. Wet spores were more resistant than dry spores when good mixing was achieved during hydrogen peroxide treatment. Inactivation curves followed first-order kinetics except for a lag period where the inactivation rate was very slow. Increasing the H2O2 concentration and the temperature reduced the lag period.
机译:在10%至41%的浓度和24至76°C的温度下评估了过氧化氢的杀孢特性。所测试的生物及其在24°C至25.8%的H2O2的相对抗性为:枯草芽孢杆菌SA 22>枯草芽孢杆菌var。 globigii>凝结芽孢杆菌>嗜热脂肪芽孢杆菌>梭状芽孢杆菌腐烂厌氧菌3679>金黄色葡萄球菌,其“ D”值分别为7.3、2、1.8、1.5、0.8。和0.2分钟。在过氧化氢处理之前,热休克孢子会降低其抗性。当在过氧化氢处理过程中实现良好混合时,湿孢子比干孢子更具抵抗力。灭活曲线遵循一阶动力学,除了滞后时间,在此期间灭活速度非常慢。 H2O2浓度和温度的增加减少了滞后时间。

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