Interspecific transfer of an electron is a key process in methanogenic and sulfatredutsyruyuschyh environment. Bacteria and archaea that live in the community use syntrophic metabolic capabilities cheap strattera of syntrophic partner to overcome energy barriers and break down compounds that they can not digest itself. Here we consider the transfer of hydrogen and formate between bacteria and archaea that keeps growing syntrophic methanogenic communities. We also describe the process of reverse electron transfer, which is a key requirement in obligate syntrophic interaction. Anaerobic methane oxidation associated with sulfatreduktsii is also syntrophic communities of bacteria and archaea, but as we discuss the exact mechanism of this interaction syntrophic not yet understood. .
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