Published in Drug Week, August 10th, 2007
"Biochemical and morphologic characterization confirm the identification. The isolate reduces selenate and selenite to Se-0 under microaerophilic and denitrifying conditions but not under aerobic conditions. It does not use selenate or selenite as terminal e(-) donors. Se oxyanion reduction causes the formation of Se...
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Source: Drug Week (2007-08-10)
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