Interfacial reactions drive all elemental cycling on Earth and play pivotal roles in human
activities such as agriculture, water purification, energy production and storage …

The supramolecular arrangement of respiratory complexes into supercomplexes is widely
accepted. The common feature observed in the supercomplex architecture from organisms …

Engineering efficient, directional electronic communication between living and nonliving
systems has the potential to combine the unique characteristics of both materials for …

The variety of solid surfaces to and from which microbes can deliver electrons by
extracellular electron transport (EET) processes via outer-membrane c-type cytochromes …

The reaction of Fe (II) with Fe (III) oxides and hydroxides is complex and includes sorption of
Fe (II) to the oxide, electron transfer between sorbed Fe (II) and structural Fe (III), reductive …

The direct electron-transfer (DET) property of Shewanella bacteria has not been resolved in
detail due to the complexity of in vivo electrochemistry in whole-cell systems. Here, we report …

Ordering of interfacial water at the hematite and corundum (001)–water interfaces has been
characterized using in situ high resolution specular X-ray reflectivity measurements. The …

Sorption of aqueous Fe2+ at the Fe oxide-water interface has traditionally been viewed in
the classic framework of sorption at static oxide surface sites as formulated in surface …

Despite the importance of electron transfer between redox proteins in photosynthesis and
respiration, the inter-protein electron transfer rate between redox partner proteins has never …

Although nanocrystalline Fe (III) oxides are abundant in natural minerals, few studies have
noticed their biological significance from the view point of semiconductive properties. To …