The extracellular electron transfer (EET) efficiency in bioelectrochemical systems has been
proven to be dependent on anode potentials. To explore the underlying mechanism …

Metal-reducing bacteria direct electrons to their outer surfaces, where insoluble metal oxides
or electrodes act as terminal electron acceptors, generating electrical current from anaerobic …

Flagella are widely expressed in electroactive biofilms; however, their actual role is
unknown. To understand the role of flagella, two Geobacter sulfurreducens strains (KN400 …

The research provides a simple method for high-performance electrode preparation for use
with a microbial fuel cell and microcurrent to treat pollutants. Blue titania nanotube arrays as …

Biofilm formation is an important biological concept in environmental microbiology, wherein
the microbial cells adapt to multicellular lifestyle by formation of biofilm during which the …

The formation and bioelectric performance of anode biofilms in microbial electrochemical
systems (MESs) are sensitive to oxygen. Investigating the temporal-spatial structure of …

The use of microbial fuel cells (MFCs) for wastewater treatment fits in a circular economy
context, as they can produce electricity by the removal of organic matter in the wastewater …

The discovery of the ability of microorganisms to exchange electrons with inert electrodes–
called electrochemically-active biofilms (EABs)–has triggered new areas in fundamental and …

Sodium citrate (Na 3 C 6 H 5 O 7) is widely used for food, medicine, chemical industry and
many other fields due to its excellent performance. The extensive application has resulted in …

Aims: Current study was aimed to produce nitrogen fixing Azotobacter sp.(SR-4) and
phosphorus solubilizers Aspergillus niger (A. niger) and to evaluate their efficiency as …