Molecularly defined immunotherapies against cancer require the identification of appropriate tumor associated antigens (TAAs). Against this background, patient-individual TAAs for renal cell carcinoma were identified by ...
The oxidation of Fe(II) to Fe(III) influences both the behavior of environmental contaminants and many other biogeochemical cycles. In anoxic environments, Fe(II) can be microbially oxidized by two different types of ...
Many microbes are able to respire aerobically oxygen or anaerobically other electron acceptors for example sulphate, nitrate, manganese(IV) or Fe(III). As iron minerals are widespread in nature, dissimilatory iron(III) ...
Microorganisms in groundwater form ecosystems that can transform chemical compounds. Quantitatively understanding microbial dynamics in soils and groundwater is thus essential for pollutant dynamics and biogeochemistry in ...
Iron is a ubiquitous redox-active element in the environment. Ferrous and ferric iron are the dominant redox species. Biological as well as chemical processes mediate the redox-change between the two species.
While Fe(II) ...