… measure the newly discovered conductive properties of biofilms. Firstly, we describe the
physical meaning of electronic conductivity and different mechanisms of conductivity. Then, we …

… In other words, the gated transport characteristics of living biofilms revealed a redox … of
this conductivity on temperature revealed that the biofilm electron transport is a thermally …

… conductivity of electrode-grown microbial biofilms under physiologically relevant conditions.
These measurements are performed on living biofilms … A biofilm is grown that extends across …

… to precisely engineer the living component. … living organisms, an approach now being
implemented to re-engineer natural living conductive biofilms or engineer extracellular electron …

… understanding of electrical conductivity in microbial aggregates (eg biofilms, granules, …
The observation of conductive current through living materials is a relatively new discovery. …

… living electrode-grown G. sulfurreducens biofilms, we obtained a distinctly different conductivity
versus gate potential response — one consistent with redox conductivity, similar to that of …

… , confluent biofilm for their measurements. Therefore, at –450 mV, the open-circuit potential
at which we made our conductivity measurements, we measured biofilm conductivities of 50 …

… electronic properties. Here we report that electron transport through living electrode-grown
Geobacter sulfurreducens biofilms is a thermally activated process with incoherent redox …

… engineering the formation and electron conductivity of EABs from … biofilms to improve the
biofilm formation ability, (ii) optimizing the conductive elements to improve the interface electron …

… However, living biofilms are unique in that the properties of the catalytic layer rapidly
change in response to an alteration in environmental conditions or other manipulations that …