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DOI :
10.3791/57632-v
July 24th, 2018
Chapters
0:04
Title
0:47
Two-electrode System Construction and Installation
1:51
Electrode Sample Collection and Current Production
3:20
Results: Representative Current Production and Microbial Community Sequence Distribution
4:52
Conclusion
现场微生物富集或原位栽培技术可以促进分离难培养的微生物群, 尤其是低生物量或地球化学极端环境。在这里, 我们描述了一个电化学设置不使用外部的电源, 以丰富微生物菌株, 有能力的细胞外电子运输 (EET)。
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