南非某煤矿酸性矿井排水微生物的鉴定

E. D. Deenanath, R. Falcon
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引用次数: 0

摘要

采矿过程中产生的酸性矿井水(AMD)是一个持续的环境问题。本研究旨在鉴定来自煤矿水源的微生物(MOs),以确定其作为AMD污染源生物修复方法的生物多样性。为了本研究的目的,利用之前从露天矿坑中收集的培养依赖样本,通过18S rRNA基因扩增和BLAST分析来评估微生物群落。分析结果显示,共有94个MOs存在,其中优势MOs 3个,即尾虫;一种未经培养的细菌和普通霍乱杆菌。这种培养物的使用前景并不乐观,因为Cercozoan的存在,一种原生生物类型的身体会为了自己的生存而瞄准其他物种,从而抑制藻类或细菌可能对有害AMD元素的生物修复潜力产生的任何积极作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identification of Acid Mine Drainage Microorganisms from a Coal Mine in South Africa
Acid mine drainage (AMD) generated from mining processes is an on-going environmental concern. This study aimed to identify microorganisms (MOs) from a coal mine water source to determine organism diversity for its use as a bioremediation method of AMD contaminated sources. For the purpose of this study, a culture-dependent sample, previously collected from an open-mine-water-pit was used to assess the microbial community by 18S rRNA gene amplification and BLAST analysis. The analysis revealed the presence of 94 MOs, with 3 dominant MOs namely, Cercozoan; an uncultured bacterium and Chorella vulgaris. The use of this culture is not promising as the presence of Cercozoan, a protist type body will target other species for its own survival, hence inhibiting any positive effect the algae or bacteria may have on bioremediation potential of harmful AMD elements.
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