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Evaluation of biological effects of gamma-rays in Escherichia coli cells

机译:γ射线在大肠杆菌细胞中的生物学效应评价

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Some biological effects of gamma-rays have been evaluated in cells of the bacteria Escherichia coli, through the comparison of the number of colonies formed by a unitary cell (CFU) proceeded from an unirradiated control suspension and from an irradiated suspension, and through the visualization of possible damage in the microorganism enzymatic system due to irradiation with high energy photons (/sup 60/Co /spl gamma/-rays). For this purpose, for absorbed doses at up to 280 Gy, the methods of successive dilutions and sowing in Petri plates containing simple agar and MacConkey agar, were used. It was verified that the irradiated suspension presented a growth of up to 10 times lesser than the growth of the suspension that had been controlled, but it was not possible to visualize damage in Escherichia coli enzymatic system, due to irradiation with the absorbed dose values tested.
机译:通过从未辐射的对照悬浮液和辐照悬浮液中进行的整体电池(CFU)形成的菌落数,并通过可视化,在细菌大肠杆菌的细胞中评估了γ射线的一些生物学效应。由于具有高能量光子(/ SUP 60 / CO / SPLγ/ -RAYS)的照射,微生物酶系统可能损伤。为此目的,对于高达280Gy的吸收剂量,使用了含有简单琼脂和丙糖型培养皿中的连续稀释液和播种的方法。验证,辐照悬浮液呈现比受控悬浮液的生长更高10倍的生长,但由于与所测试的吸收剂量值照射,在大肠杆菌酶系统中不可能可视化损伤。

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