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Communication Dans Un Congrès Année : 2013

Analysis of cathodic bacterial communities reveals high diversity and potential new electroactive oxygen reducing microbes affiliated to Deinococci

L'analyse de communautés bactériennes cathodiques révèle une grande diversité taxonomique et la présence d'une nouvelle famille de Deinococci potentiellement électroactifs reduisant le dioxygène

B. Erable
T. Bouchez
Alain Bergel

Résumé

Here we analysed the bacterial diversity of six oxygen reducing biocathodes formed from aerated sludges at different voltages. Pyrosequencing results show unexpectedly high bacterial diversity in cathodic biofilms. Some of the most electroactive bacterial communities are dominated by a new lineage belonging to Deinococci.

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hal-02598814 , version 1 (16-05-2020)

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Elie Desmond-Le Quéméner, Mickaël Rimboud, B. Erable, T. Bouchez, Alain Bergel. Analysis of cathodic bacterial communities reveals high diversity and potential new electroactive oxygen reducing microbes affiliated to Deinococci. 4th International microbial fuel cells conference, Sep 2013, Cairns, Australia. pp.2. ⟨hal-02598814⟩
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