Naĭmark E B, Eroshchev-Shak V A, Chizhikova N P, Kompantseva E I
Zh Obshch Biol. 2009 Mar-Apr;70(2):155-67.
A review of publications containing results of experiments on the interaction of microorganisms with clay minerals is presented. Bacteria are shown to be involved in all processes related to the transformation of clay minerals: formation of clays from metamorphic and sedimentary rocks, formation of clays from solutions, reversible transitions of different types of clay minerals, and consolidation of clay minerals into sedimentary rocks. Integration of these results allows to conclude that bacteria reproduced all possible abiotic reactions associated with the clay minerals, these reactions proceed much faster with the bacteria being involved. Thus, bacteria act as a living catalyst in the geochemical cycle of clay minerals. The ecological role of bacteria can be considered as a repetition of a chemical process of the abiotic world, but with the use of organic catalytic innovation.
本文综述了包含微生物与粘土矿物相互作用实验结果的出版物。研究表明,细菌参与了与粘土矿物转化相关的所有过程:从变质岩和沉积岩形成粘土、从溶液中形成粘土、不同类型粘土矿物的可逆转变以及粘土矿物固结形成沉积岩。综合这些结果可以得出结论,细菌重现了与粘土矿物相关的所有可能的非生物反应,在细菌参与的情况下,这些反应进行得更快。因此,细菌在粘土矿物的地球化学循环中充当了一种生物催化剂。细菌的生态作用可以被视为对非生物世界化学过程的重复,但使用了有机催化创新。