… biological capacity of microbes to accept electrons from … microbial electrosynthesis (MES).
MES often involves the reduction of carbon dioxide to multi-carbon molecules, with electrons …

… -cultures coupling cathodic electron uptake with synthesis reactions via interspecies hydrogen
transfer may lay the foundation for an engineering strategy for microbial electrosynthesis. …

… microbes at cathodes (ie, microbial electrosynthesis) is an attractive application of microbial
… Our findings agree with the magnitude of electron uptake rates that were previously …

… on the electron uptake capability of these microorganisms from the cathode. Microbes can
either utilize electrons … as the electron source. The molecular mechanisms involved in cathodic …

… Although the term microbial electrosynthesis comprises strictly … microbial metabolism
accepting electrons from the cathode). … Although direct electron uptake from cathodes is probably …

… The high rates of microbial electron uptake observed during microbially … during microbial
electrosynthesis have been considered support for a direct electron uptake in these microbial …

… electron transfer (EET) in bacteria and discuss the opportunities for microbial electrosynthesis…
that different pathways exist for electron uptake in microorganisms. The following sections …

… used to determine the electron uptake mechanisms of several methanogens. Several
Methanosarcina species were shown to be capable of direct electron uptake from electrodes via …

… of microbes on cathodes can improve their electron uptake and MES performance. …
thermoautotrophica on the electrodes influence its electron uptake activity and MES performance. …

… for the microbial electrosynthesis (MES) of useful products from the greenhouse gas CO
2 . Extracellular electron-transfer mechanisms involved in the acquisition of electrons from …