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
副本
This method can help answer key questions in the environmental microbiology fields about the ubiquity of microbes capable of EET especially in low biomass or geochemically extreme conditions. The main advantage of our on-site microbiology enrichme
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On-site microbial enrichment or in situ cultivation techniques can facilitate the isolation of difficult-to-culture microbial taxa, especially from low-biomass or geochemically extreme environments. Here, we describe an electrochemical set-up without using an external power source to enrich microbial strains that are capable of extracellular electron transport (EET).
