Antioxidant capacity of the extthe actinobacteria microbial community structure in a typical chernozem soil

Laurentia Artiomov
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Abstract

The abundance and diversity of microorganisms in the biosphere reflects their ability to accumulate energy from various organic and inorganic substrates as well as the ability to grow in a wide range of natural conditions. Most often, the complexity of microbial communities is dependent on the conditions offered by the habitat for its colonization and the availability for energy and carbon sources. In most cases, habitats offer extreme climatic or environmental conditions, thus limiting the number of species that may exist in such an ecological niche. An example of such natural selection can be found in endolytic habitats which are colonized by microorganisms involved in their biodegradation or biodeterioration. This paper is a holistic approach to such microorganisms and the types of substrates they can colonize
典型黑钙土中放线菌微生物群落结构的抗氧化能力
生物圈中微生物的丰度和多样性反映了它们从各种有机和无机基质中积累能量的能力,以及在各种自然条件下生长的能力。大多数情况下,微生物群落的复杂性取决于栖息地为其定植提供的条件以及能源和碳源的可用性。在大多数情况下,栖息地提供了极端的气候或环境条件,从而限制了可能存在于这种生态位中的物种数量。这种自然选择的一个例子可以在内溶性栖息地中找到,这些栖息地被参与其生物降解或生物退化的微生物定植。这篇论文是对这些微生物和它们可以定植的底物类型的整体方法
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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