土壤微生物区系对137Cs向植物转化的影响

O Yu Pareniuk, K E Shavanova, V V Ilienko, L V Tytova, S E Levchuk, I N Gudkov
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引用次数: 0

摘要

在人工培养基上的实验中,分析了某些类型的微生物对137Cs从基质向植物转移的影响。研究发现,某些类型的微生物可以降低或增加从底物到植物的137Cs转移比例。结果表明,这一特性与微生物在根表面的定位无关,因为所有被分析的细菌都属于根际群。固氮细菌(chroococum UKM B-6003)对植物放射性核素转移的促进作用可达1.5倍,而减少其积累的最佳细菌是伯克霍尔德氏菌(Burkholderia sp IMER-B1 -53 - 1.3倍)。结果表明,南京理工大学微生物与病毒学研究所收集的巨型芽孢杆菌UKM B-5724具有较高的放射性核素积累能力。
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[Effect of soil microflora on 137Cs transition to plants].

The impact of certain types of microorganisms on 137Cs transfer from the substrate into the plant was analyzed in the experiment on artificial mediums. It was found that certain types of microorganisms could either reduce or increase the ratio of 137Cs transfer from the substrate to the plant. It is shown that this property is independent of the localization of the microorganism on the surface of the root, for all the analyzed bacteria belonging to the rhizospheric group. Azotobacter chroococcum UKM B-6003 stimulated the radionuclide transfer to plants up to 1.5 times, while the best bacteria for reducing its accumulation is Burkholderia sp IMER-B1 -53 - 1.3 times in comparison with the control. It was shown that the strain Bacillus megaterium UKM B-5724 from the collection of the Institute of Microbiology and Virology of NASU has a high ability to accumulate radionuclides.

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