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Impact of microwave irradiation on enzyme activities, cell membrane properties and bacterial growth at constant temperatures

机译:微波辐射对常温下酶活性,细胞膜性能和细菌生长的影响

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Exposure of trypsin, but not amylase or phosphatase, to microwave at constant temperature leads to a significant increase in its apparent activity. The membrane properties of PC3 prostate cancer cells were found perturbed when the cell culture was subjected to 10 W microwave at 37°C. Lastly, bacterium E. coli growth was slowed down under non-lethal microwave irradiation, again, at constant 37°C. Proteomic analysis revealed subtle changes to E. coli under these conditions.
机译:胰蛋白酶暴露,但不是淀粉酶或磷酸酶,在恒定温度下微波引起其表观活性的显着增加。发现PC3前列腺癌细胞的膜特性在将细胞培养物在37℃下进行10W微波时扰动。最后,在非致死的微波辐射下,在恒定的37℃下,细菌大肠杆菌生长再次减慢。蛋白质组学分析显示在这些条件下对大肠杆菌的微妙变化。

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