Nozhevnikova A N, Botchkova E A, Plakunov V K
Mikrobiologiia. 2015 Nov-Dec;84(6):623-44.
The structure, composition, and developmental patterns of multi-species biofilms are analyzed, as well as the mechanisms of interaction of their microbial components. The main methodological approaches used for analysis of multi-species biofilms, including omics technologies, are characterized. Environmental communities (cyanobacterial mats and methanotrophic communities), as well as typical multi-species communities of medical importance (oral cavity, skin, and gut microbiomes) are described. A special section deals with the role of multi-species biofilms in such biotechnological processes as wastewater treatment, heavy metal removal, corrosion control, and environmental bioremediation.
分析了多物种生物膜的结构、组成和发育模式,以及其微生物成分的相互作用机制。对用于分析多物种生物膜的主要方法学途径进行了描述,包括组学技术。描述了环境群落(蓝藻席和甲烷营养群落)以及具有医学重要性的典型多物种群落(口腔、皮肤和肠道微生物群)。一个特别的章节探讨了多物种生物膜在废水处理、重金属去除、腐蚀控制和环境生物修复等生物技术过程中的作用。