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Experimental evaluation of biological risks of introduction of the gene-engineering-modified microorganism(GMM)B.subtilis VKPM V-7092 into the environment

机译:将基因工程修饰微生物(GMM)枯草芽孢杆菌VKPM V-7092引入环境的生物学风险的实验评估

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Experimental evaluation of biological risks of introducing the genetically modified microorganism(GMM)B.subtilis VKPM B-7092,the active ingredient of the probiotic VETOM 1.1,into an open system has been performed.The survival of the above GMM in bovine gastroenteric tract,its influence on microbiocenosis,the species composition of microflora of the gastroenteric tract,the possibility of transfer of the DNA fragment cloned in B.subtilis bacterium and containing the gene of human leukocytic alpha-2 interferon to the representatives of intestinal microflora with administration of the probiotic VETOM 1.1,as well as its possible transfer to other microorganism species in the environment(soil)were studied.There were no negative effects of the GMM on the animal organism and the environment,including remote consequences.
机译:进行了将益生菌VETOM 1.1的活性成分转基因微生物(GMM)枯草芽孢杆菌VKPM B-7092引入开放系统的生物学风险的实验评估。以上GMM在牛胃肠道中的存活,它对微生物菌群的影响,胃肠道菌群的种类组成,在枯草芽孢杆菌细菌中克隆的,含有人白细胞α-2干扰素基因的DNA片段向肠道菌群的代表转移的可能性研究了益生菌VETOM 1.1,以及它可能转移到环境(土壤)中的其他微生物种类。GMM对动物有机体和环境没有负面影响,包括遥远的后果。

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