Constructed wetland-microbial fuel cells are used to treat heavy metal and/or refractory
organic wastewater. However, the electron transport mechanism of downflow Leersia …

The overlap of microbiology and electrochemistry provides plenty of opportunities for a
deeper understanding of the redox biogeochemical cycle of natural-abundant elements (like …

Recent publications on spectroscopy of water layers in water bridge structures revealed a
significant enhancement of the proton mobility and the dielectric contribution of translational …

Natural microbes employing c‐type cytochromes (c‐Cyts) for extracellular electron transport
(EET) were greatly valuable to develop redox‐based bioelectrochemical applications …

包括产电菌群和噬电菌群的人工电活性微生物菌群(synthetic electroactive microbial consortia)
通过菌种间的物质能量级联反应介导化学能与(光) 电能间的相互转化, 其可利用底物来源广泛 …

Ion channels are integral membrane proteins that selectivity conduct ions in and out of cells
and organelle compartments. They are responsible for generating bioelectrical signals in …

It is imperative to develop novel processes that rely on cheap, sustainable and abundant
resources whilst providing carbon circularity. Microbial electrochemical technologies (MET) …

Bioflocculation is increasingly viewed as an alternative path towards bacterial surface
colonisation and biofilm formation. This process garners less attention in the literature; …

In order to achieve carbon neutrality and green economy, people use biorefinery technology
to transform and utilize CO 2. Microbial electrosynthesis (MES) is an emerging technology …

Gram positive bacteria are considered excellent candidates for bioelectrochemical systems
(BES) but has not received su cient attention as compared to the extensively studied gram …