Article ID Journal Published Year Pages File Type
6311722 Chemosphere 2011 6 Pages PDF
Abstract
► Both species are capable to absorb significant amount of Se (212 and 492 μg Se g−1). ► Percentage of soluble Se compounds in M. spicatum was 48% and in C. demersum 36%. ► The main soluble species in both plants was selenate. ► SeMet and SeMeSeCys were detected at trace levels. ► Identification of SeMeSeCys shows to the same Se pathway as in accumulator plants.
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Life Sciences Environmental Science Environmental Chemistry
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