Bacterial biofilm, a highly structured community with developmental processes from cell
adherence to highly dense biofilms, is of critical concern in many industries. Investigations of …

The biological electron transport process beyond the insulating lipid bilayer membrane of a
microbe, referred to as extracellular electron transport (EET), is mediated by a …

How do neighboring bacterial biofilms sense and communicate with each other? In a recent
paper, Liu et al.(2017) demonstrate how electrical signaling allows communication of …

Mixed community electroactive organisms form multi-layered biofilms that are able to
produce current densities comparable to those of pure Geobacter sulfurreducens, an …

The electron transfer (ET) processes of electroactive microbial biofilms have been
investigated by combining electrochemistry and time‐resolved surface‐enhanced …

This study assessed the conductivity of a Geobacter-enriched biofilm anode in a microbial
electrochemical cell (MxC) equipped with two gold anodes (25 mM acetate medium), as …

Electrode-associated microbial biofilms are essential to the function of bioelectrochemical
systems (BESs). These systems exist in a number of different configurations but all rely on …

This study systematically assessed intracellular electron transfer (IET) and extracellular
electron transfer (EET) kinetics with respect to anode potential (Eanode) in a mixed‐culture …

The limitation of pH inside electrode‐respiring biofilms is a well‐known concept. However,
little is known about how pH and redox potential are affected by increasing current inside …

Electroactive microbial biofilms and the microorganisms embedded therein are not only of
crucial fundamental interest because they play an important role in redox cycles that occur in …