… Importantly, the authors note that the rate of direct EEU and its contribution to the overall
electron transfer rate could be improved by enhancing electroactive biofilm formation. …

… elements can be retained in the biofilm matrix to facilitate electron transfer efficiency.
However, the heterogeneity in the structure and activity of EABs, and the lack of controllability of …

… EAB coated electrodes play vital role in the electron transfer and hence overall performance
of the MFC. This EAB concept is being extensively studied in the MFC research in efforts to …

… -doped biofilm (604 ± 22 mW m −2 ) and control biofilm (… biofilm and penetrated the
electroactive biofilm, which would facilitate extracellular electron transfer across electroactive …

… to form biofilms on the anode and cathode surfaces. The electron transfer mechanisms … of
EAB as well as the electron transfer mechanisms at the biofilm–electrode interface. Finally, the …

… The present work demonstrates that pseudocapacitance is an intrinsic characteristic of
electroactive biofilms, representing a dynamic-controlled process for electron transfer and current …

… electroactive biofilms to transfer electrons and also the contribution of the electrical conductivity
of the biofilms' … This led to slow kinetics for electron transfer to the anode and accentuated …

… transfer (DET) is presented. … electron transfer, leading to biofilm growth and current
generation. The model includes homogeneous electron transfer from cells to a conductive biofilm …

… The electron transfer between microorganisms and electrode or metal ions includes direct
electron transfer (DET) and indirect electron transfer (… electron transfer between the biofilm and …

… electroactive organisms form multi-layered biofilms that are … electron transfer (ET) inside the
biofilms and at the biofilm/… the electron transfer process in mixed community biofilms grown …