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Reversion mutation of dark variants and it's aplication in gene toxicant monitoring by fiber-optic biosensor techique

机译:暗变种的回复突变及其在光纤生物传感器技术监测基因毒物中的应用

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The luminous intensity of dark variant (S_1) separeated from photobacterium phosphoreum (A_2) is 1/10000 less than that of wild0type.Any mutation of lux gene and a change in regulation will influence the luminous level of dark variant,even lead to creatin of stable revertants.Ethidium Bromide (EB)(0.6 #um# g/ml).Mitomicin C(MC) (0.05 #um# g/ml),2-amion fluorene (2AF)(1.0 #um# g/ml) can all strongly induce revertants have stqble genetic character.The mltation may take place at gene level or in DNA translation proces.We have studied the mutagenesis of pollutants in environment by using S_1 and ocmpared with Ames Test.Th4e positive rate is didentical with Ames Test.
机译:与荧光杆菌(A_2)分离的暗变种(S_1)的发光强度比野生型少1 /10000。lux基因的任何突变和调控的改变都会影响暗变种的发光水平,甚至导致肌酐的增加。稳定的还原剂:溴化乙锭(EB)(0.6#um#g / ml)。丝裂霉素C(MC)(0.05#um#g / ml),2-芴(2AF)(1.0#um#g / ml)可以所有强烈诱导的回复株都具有稳定的遗传特性。突变可能发生在基因水平或DNA翻译过程中。我们使用S_1研究了污染物在环境中的诱变,并用Ames Test进行了研究。阳性率在Ames Test中是肯定的。

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