… This study aimed to determine whether the electron acceptors ferric iron and nitrate… anaerobic
microcosms to evaluate the role of electron acceptors by measuring the methane oxidation …

… Here, using a multidisciplinary approach, we show that Fe-AOM occurs in iron oxide-rich …
iron oxides facilitated AOM in long-term sediment slurry incubations but manganese oxide did …

… anaerobic oxidation of Fe(II) but not for As(III) oxidation in these strains. The results suggest
that anaerobic Fe(II) oxidation in … redox coupling with anaerobic As(III) oxidation catalyzed by …

… Compared to iron, manganese has higher environmental turnover rates, indicating the …
the carbon cycle by mediating the anaerobic microbial methane oxidation, in which the …

… , microbial ecological networks, and electron transfer mechanisms remain unclear. In this
study, we found that AOM driven by iron … wetland – microbial fuel cell (CW-MFC) systems. In …

… interactions within the nitrogen and iron-cycle-related microbial communities, which might
… In this review of the emerging process, we detail the end-products and microbes involved in …

… Microorganisms approach iron oxide by chemotaxis and then adhere to its surface, where
they come into direct contact with the iron matrix and produce electron transfer. For example, …

… 34] Depending on oxygen levels, we find microorganisms involved in either aerobic iron
oxidation (Zetaproteobacteria) or anaerobic iron oxidation (Candidatus Ferristratum sp.). These …

… All bottles except for the controls were amended either with nitrate, sulfate, amorphous
manganese, or iron oxide, with final concentrations of 4.8 mmol L −1 , 2.4 mmol L −1 , 10 mmol L −…

… oryzae was characterized previously as aerobic methane oxidizer 26 , in our experiment it
oxidized methane under Fe(III)-reducing conditions. In its genome (IMG ID: 2675903437), we …