… of volatile fatty acids (… the electroactive biofilm (EAB)-based sensor is the most adopted.
Based on a summary of the frontiers in EAB sensor development, direct/indirect contact of biofilm …

… , and III) the stability of the biofilm when shutting down the sensor, ie incubation of the
electroactive biofilms at open cell potential (OCP), and its effect on sensor functionality. …

… Over the past decades, a new kind of microbial architecture has been observed to
spontaneously develop on polarized electrodes: the electroactive biofilm (EAB). The EAB conducts …

… was found to dominate the anodic biofilm of MFCs fed with volatile fatty acids (VFAs) by
16S rRNA gene analysis [21]. Glycerol consumer Actinomyces [58] occupied a dominant …

… the redox activity of cathodic electroactive biofilms (EABs), which … metabolic pathways,
especially the fatty acid biosynthesis (FAB) … for speeding up the formation of MES cathodic biofilm. …

… 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 …

… 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' …

… cyclic voltammetric experiments in order to test the electroactive properties of the isolates. All
… In the present study, we used whole cell fatty acid methyl ester (FAME) analysis as an initial …

… Moreover, the TCSs sensor proteins can also stimulate fatty acid metabolism and oxidative
phosphorylation. In addition to the aforementioned regulatory relationships, the remaining …

… This article focuses on MESe for the detection of acetate as most process-relevant volatile
fatty acid (VFA) in the anaerobic digestion (AD) process. The principle of this specific MESe …