Transcriptional Analysis of Shewanella oneidensis MR-1 with an Electrode Compared to Fe(III)Citrate or Oxygen as Terminal Electron Acceptor
Shewanella oneidensis is a target of extensive research in the fields of bioelectrochemical
systems and bioremediation because of its versatile metabolic capabilities, especially with
regard to respiration with extracellular electron acceptors. The physiological activity of S.
oneidensis to respire at electrodes is of great interest, but the growth conditions in thin-layer
biofilms make physiological analyses experimentally challenging. Here, we took a global
approach to evaluate physiological activity with an electrode as terminal electron acceptor …
systems and bioremediation because of its versatile metabolic capabilities, especially with
regard to respiration with extracellular electron acceptors. The physiological activity of S.
oneidensis to respire at electrodes is of great interest, but the growth conditions in thin-layer
biofilms make physiological analyses experimentally challenging. Here, we took a global
approach to evaluate physiological activity with an electrode as terminal electron acceptor …
[PDF][PDF] Transcriptional Analysis of Shewanella oneidensis MR-1 with an Electrode Compared to
Shewanella oneidensis is a target of extensive research in the fields of bioelectrochemical
systems and bioremediation because of its versatile metabolic capabilities, especially with
regard to respiration with extracellular electron acceptors. The physiological activity of S.
oneidensis to respire at electrodes is of great interest, but the growth conditions in thinlayer
biofilms make physiological analyses experimentally challenging. Here, we took a global
approach to evaluate physiological activity with an electrode as terminal electron acceptor …
systems and bioremediation because of its versatile metabolic capabilities, especially with
regard to respiration with extracellular electron acceptors. The physiological activity of S.
oneidensis to respire at electrodes is of great interest, but the growth conditions in thinlayer
biofilms make physiological analyses experimentally challenging. Here, we took a global
approach to evaluate physiological activity with an electrode as terminal electron acceptor …
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