… However, using biofilms containing diffusible redox- active molecules to construct living
electronic … Redox- hopping conductivity has been engineered into nanofibres by fusing amyloid- …

… of enzymes/redox proteins, however, their redox centers are … From photosynthesis to cellular
respiration, biological … to a 6-fold increase of conductivity in formed biofilms [69]. As part of …

… they are important for biofilm formation and attachment to … accelerates the computation of
redox conductivity 95 . Substantial … acceptors rather than an adaptation to anaerobic respiration. …

… limited conduction leads to a redox gradient forming inside biofilms that limits respiratory
electrons … According to our results, Geobacter c-Cyts are able, in the absence of other electronic …

… respiration and anabolic activity in G. sulfurreducens … the entire biofilm is utilizing the
lower potential redox center. … simulations showed that increasing biofilm conductivity four-fold …

… , such electron conduction using redox polymers has been … site of the redox polymer with
bacteria using respiratory inhibitors. Finally, … biofilm. In the future, to increase the signal output, …

… conductivity of EABs from the perspective of (i) strengthening the structural components of
biofilms to improve the biofilm … to the electrode surface via redox-active enzymes such as …

… 2 summarizes the applications of living functional biofilms in catalysis, electric conduction, …
electronic materials (Lovley, 2012). Programming these electronic nanoparticles onto biofilm …

… real wastewater having low conductivity and temperature is … formation of thick and dense
biofilms, and thus instantaneous … self-sustainably regenerate the redox enzymes as part of the …

… the rates of microbial respiration and substrate consumption 26 . … As biofilm conductivity
determines the bacterial rate of EET … We have previously found that the redox potential of OmcS …