… -electroactive biofilm interfaces (Figure 2), some are fixed and others are modifiable during
… formation of electroactive biofilms. Therefore, the investigation of electroactive biofilms is a …

… Electroactive biofilms (EABs) are electroactive microorganisms (EAMs) encased in conductive
polymers that are secreted by EAMs and formed by the accumulation and cross-linking of …

… The present work demonstrates that pseudocapacitance is an intrinsic characteristic of
electroactive biofilms, representing a dynamic-controlled process for electron transfer and current …

… Especially the latter, when agglomerated in the form of biofilms, can exhibit electroactivity …
of biofilm characterization and modification. In this review, we aim to provide the insight into the …

Mechanistic insights into the response of electroactive biofilms to Cd2+ shock: bacterial viability
and electron transfer behavior at the cellular and community levels - ScienceDirect Skip …

… roles in cells attachment on electrode surface and development a steady biofilms skeleton.
The electron transfer rate was controlled by biofilm resistance (R film , > 90% of total internal …

… biofilms. This study, for the first time, elucidated the difference in the formation of cathode and
anode biofilm … directional regulation of the rapid formation of typical electroactive biofilms. …

… First we compare the role of planktonic and biofilm-forming … that enable electroactive
biofilms to transfer electrons and also the contribution of the electrical conductivity of the biofilms' …

… METs collectively refer to systems that use a combination of electrodes and electroactive
biofilms (EABs) (see Glossary) for different biological conversions. The key property of these …

… growth and development of biofilms commonly referred to as “electroactive biofilms” (EAB). …
describes the electroactive microorganisms that have been reported to form biofilms on the …