Electrotrophy, the growth of microbes on extracellular electron donors, drives important
biogeochemical cycles and has practical applications. Studies of Fe (II)-based electrotrophy …

Highlights•A new metabolic model of electrical-to-biochemical conversion (E2BC) is
reviewed.•E2BC is a promising way to realize carbon negative green biomanufacturing.• …

Travertines, which precipitate from high temperature water saturated with calcium carbonate,
are generally considered to be dominated by physico-chemical and microbial precipitates …

A subset of microorganisms that perform respiration can endogenously utilize insoluble
electron donors, such as Fe (II) or a cathode, in a process called extracellular electron …

Sideroxydans lithotrophicus ES-1 grows autotrophically either by Fe (II) oxidation or by
thiosulfate oxidation, in contrast to most other isolates of neutrophilic Fe (II)-oxidizing …

Fe (II) clays are common across many environments, making them a potentially significant
microbial substrate, yet clays are not well established as an electron donor. Therefore, we …

Iron-oxidizing Zetaproteobacteria are well known to colonize deep-sea hydrothermal vent
fields around the world where iron-rich fluids are discharged into oxic seawater. How inter …

We present here a comprehensive phylogenomic analysis of Acetobacteraceae, a vast
group of alphaproteobacteria that has been widely studied for their economic importance …

ABSTRACT The Southwest Indian Ridge (SWIR) is one of the typical representatives of
deep-sea ultraslow-spreading ridges, and has increasingly become a hot spot of studying …

Deterioration corrosion occurs between the external surface of oil pipelines and aerobic oil-
degrading microorganisms in oil fields. Microorganisms with aerobic oil pollution …