… a protocol for studying electron transport in living, electrode grown, electroactive biofilms
using IDAs. IDAs have been used previously to characterize electron transport in thin film …

… class of biomaterials with distinct electronic properties. Here we report that electron transport
through living electrode-grown Geobacter sulfurreducens biofilms is a thermally activated …

… revealed that the biofilm electron transport is a thermally … for incoherent electron hopping
through the biofilm's cofactors … electron transport mechanisms underlying cathodic electron …

… Bacteria living in surface-attached biofilm communities must maintain electrochemical …
electron transport (EET), which is the cornerstone of what we will discuss in the context of biofilm …

… Cyclic voltammetry,3, 6 conductivity measurements,7 and spectroelectrochemical
measurements8 performed on living, actively respiring biofilms all indicate that Geobacter …

… or improve electron transport through biofilms, creating a new class of engineered living …
This includes our ability to successfully move electron transport proteins from natural host …

… dispersion or some cell death, as a response to the lack of electronic acceptor. This information
is relevant in showing an advantage of living in biofilms that has never been considered …

… First, acetate enters the bacterium and forms an enzymatic complex with NAD + , a redox
component found in all living cells [34,35], that we use as model electron carrier. Inside the …

… the electroautotrophic biofilm, MCL, is able to transport electrons through the biofilm over …
We therefore propose that LD-EET through living MCL biofilms occurs by means of electron …

… Understanding the processes that govern long-range biofilm electron transport from cells
comprising a biofilm to the … As shown here for a living, actively respiring G. sulfurreducens WT …