Microbial respiration is based on electron transfer from electron donors to electron acceptors–
a series of reactions facilitated by a cascade of energetic substances; these are well-known …

In the recent years, considerable body of research has been carried out in the field of
bioelectrochemical systems (BESs) for treatment of wastewater and generation of power. In …

Three bioelectrochemical systems were operated with set anode potentials of+ 300 mV,+
550 mV and+ 800 mV vs. Standard Hydrogen Electrode (SHE) to test the hypothesis that …

Electron transport in biological and inorganic systems is mediated through distinct
mechanisms and pathways. Their fundamental mismatch in structural and thermodynamic …

Microbial biofilms grown utilizing electrodes as metabolic electron acceptors or donors are a
new class of biomaterials with distinct electronic properties. Here we report that electron …

Although the term bioelectrochemistry tends to be associated with animal and human
tissues, bioelectric currents exist also in plants and bacteria. Especially the latter, when …

Microbial electrochemical systems (MES) utilize microorganisms to convert chemical energy
stored in the organic matter into electrical energy. The microorganisms that can transfer …

Résumé Le domaine de la bioélectrochimie a actuellement un grand impact sur les
nouvelles biotechnologies, notamment les dispositifs médicaux aux points de service et la …

The decrease in the electrochemical activity of multi‐species microbial anodes in
bioelectrochemical systems is the main bottleneck to overcome for bringing these …

Negative capacitance at low frequencies for spiking neurons was first demonstrated in 1941
(KS Cole) by using extracellular electrodes. The phenomenon subsequently was explained …