… Application of biosensors can offer a solution for quick measurement of BOD. The EAB-type
BOD biosensor was developed as a microbial film sandwiched between a porous cellulose …

… reported for biofilm growth and is in agreement with optical measurements. Contrary to the
techniques usually employed to determine biofilm thickness, this new strategy is very rapid, …

… (7) The rapid success of enzyme biosensors mostly originates from the high … fast response
time (seconds), and their good sensitivity owing to their high turnover numbers and small size (…

… It is possible that contamination of the set-up favoured the fast appearance of electrochemically
active biofilms. The current jumps observed every 24 h corresponded to tank refilling. …

The use of microbial electrochemical sensors, with electroactive biofilms (EABs) as sensing
elements, is a promising strategy to timely measure the biochemical oxygen demand (BOD) …

… electrochemical measurements on an anodic biofilm and … a fast accumulation of dead cells
in the electro-active biofilm (Fig. 1). Since the thickness of the biofilm can also be measured …

… Both biofilm growth stage and length of exposure affected … measurements of electroactive
biofilms down to single cell resolution. The eFC is representative of an enclosed biofilm flow …

… charge-transport parameters in electroactive biofilms dominated by Geobacter spp., as
predicted by the model of redox conduction. The method is much faster and simpler than previous …

… 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. …

… are applied to detect electrochemical activity of biofilm. Therefore, the application of EIS …
biofilm by measuring the resistance offered by the biofilm, as generally the electroactive biofilms …