This study investigated electrochemical characteristics of Gram-positive, Nocardiopsis
dassonvillei B17 facultative bacterium in bioelectrochemical systems. The results …

Microbial extracellular electron transfer (EET) is the basis for many microbial processes
involved in element geochemical recycling, bioenergy harvesting, and bioremediation …

To this day, bioelectrochemical systems are still perceived as one of the rising technologies
due to their versatile applications in electricity production, bioremediation, biosensors, and …

Fungi corrosion of aluminum alloys (AA) in atmospheric conditions is a hot topic. In this work,
fungi corrosion studies of high-strength aluminum alloys (named AA 7075–1# and AA 7075 …

Consistent accumulation of petroleum hydrocarbon (PH) in soil and sediments is a big
concern and, thus, warrants a static technology to continuously remediate PH-contaminated …

As a primary driving force of global methane production, methanogens like other living
organisms are exposed to an environment filled with dynamic electromagnetic waves, which …

Bacteria and Archaea are traditionally regarded as organisms with a simple morphology
constrained to a size of 2–3 µm. Nevertheless, the history of microbial research is rich in the …

Some bacteria and archaea have evolved the means to use extracellular electron donors
and acceptors for energy metabolism, a phenomenon broadly known as extracellular …

Fe 2 O 3 plays a complex role in soil electron transfer. A microbial fuel cell (MFC) was
constructed to drive the directional transfer of electrons in soil, and the results revealed that …

Microbes, such as bacteria, can be described, at one level, as small, self-sustaining
chemical factories. Based on the species, strain, and even the environment, bacteria can be …