… Charge transfer resistance (CTR) is a key operating parameter for regulating energy … ,
electrochemically active biofilms (ECABs) development, and microbial diversity and metabolism in …

… The metabolism within the biofilm is dependent on the microenvironment created by the
co-… redox pair at the biofilm-electrode interface (mM), α is the charge transport constant (unitless)…

… 6B], based on equation 10, which we derive here) closely matches σ m determined
experimentally by electrochemical gating measurements (5.5 × 10 −6 S · cm −1 ) (28). Future …

… biofilms (EBs) engage in complex electron transfer and storage processes involving intracellular
and extracellular mediators with temporary electron … Systematic electrochemical and …

… in this electrochemical system, and the electron transfer kinetic … electron transfer efficiency,
the development of biofilms can … of biofilm ensures direct long distance electron transfer, high …

… processes during electrochemical perturbation to the biofilms and fits our data well. … an
inefficient potential gradient and thus limited electron transfer in the 0.0 V biofilm. Thus, it can be …

… , in addition to forming thicker biofilms than the DL1 strain, we next sought to characterize
the electrochemical properties of conductive biofilms on FTO electrodes via open circuit …

… A controlled balance between the metabolic pathways is required to … biofilm and plays an
important role in electron transfer. Deficiency of the OmcZ gene resulted in less electrochemical …

… electron transfer (EET) between microorganisms and electrodes forms the basis for microbial
electrochemical … This review, for the first time, focuses on the electrode-biofilm capable of …

… these occur, are essential to improve microbial electrochemical conversions and to optimize
… active components in the electron transport chain and in the form of polymers. We review …