Biodegradation of clay minerals under the influence of cyanobacterial-actinomycetal associations.

Ivanova E. A.; Chizhikova N. P.; Zenova G. M.; Omarova E. O.; Manucharov A. S.

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Biodegradation of clay minerals under the influence of cyanobacterial-actinomycetal associations.

机译：蓝藻-放线菌缔合的影响下粘土矿物的生物降解。

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The capacity of associations of cyanobacteria and actinomycetes to transform the structure of clay minerals (kaolin, vermiculite, mica, and montmorillonite) was experimentally revealed. First, easily weatherable vermiculite and biotite were transformed. The rate of transformation of micas to mixed-layered minerals depended on their structure: trioctahedral mica (biotite, the component of vermiculite) was changed much faster than dioctahedral mica (the component of kaolin). The lattices of all the phyllosilicates were altered (disordered and disaggregated) under the influence of the cyanobacterial-actinomycetal associations.

机译：实验揭示了蓝细菌和放线菌缔合体改变粘土矿物（高岭土，mic石，云母和蒙脱石）的结构的能力。首先，将易风化的ver石和黑云母转变了。云母转变成混合层状矿物的速率取决于其结构：三面体云母（黑云母，ver石的成分）的变化要快于二面体云母（高岭土的成分）。所有的层状硅酸盐的晶格在蓝细菌-放线菌缔合的影响下发生了变化（无序和分解）。

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来源
《Moscow University Soil Science Bulletin》 |2009年第3期|共5页
作者
Ivanova E. A.; Chizhikova N. P.; Zenova G. M.; Omarova E. O.; Manucharov A. S.;
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正文语种 eng
中图分类农业基础科学;
关键词
biodegradation; clay minerals; kaolin; mica; montmorillonite; vermiculite; Actinomycetales; Cyanobacteria;

机译：生物降解粘土矿物高岭土云母蒙脱石ver石放线菌蓝细菌;

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1. Biodegradation of clay minerals under the influence of cyanobacterial-actinomycetal associations. [J] . Ivanova E. A., Chizhikova N. P., Zenova G. M., Moscow University Soil Science Bulletin . 2009,第3期

机译：蓝藻-放线菌缔合的影响下粘土矿物的生物降解。
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Biodegradation of clay minerals under the influence of cyanobacterial-actinomycetal associations.

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