Applied Organometallic Chemistry · 1995 · 114 citations · 13 references
Natural SciencesChemistryMicrobiologyAnalytical ChemistryAnalytical ToxicologyInorganic ChemistryBioelement AnalysisHeavy Metal BioaccumulationInorganic Elemental AnalysisMetabolite IdentificationArsenic BioaccumulationArsenic ChemistryArsenic ContaminationElectron Impact IonizationEnvironmental Arsenic Contamination
Abstract Arsenic species in arsenic accumulating mush‐ rooms (Sarcosphaera coronaria, Laccaria amethystina, Sarcodon imbricatum, Entoloma lividum, Agaricus haemorrhoidaius, Agaricus placomyces, Lycoperdon perlatum) were determined. HPLC/ICP MS and ion‐exchange chromatogra‐ phy–instrumental neutron activation analysis (NAA) combinations were used. The remarkable accumulator Sarcosphaera coronaria (up to 2000 mg As kg −1 dry wt) contained only methylarsonic acid, Entoloma lividum only arsenite and arsenate. In Laccaria amethystina dimethylarsinic acid was the major arsenic compound. Sarcodon imbricatum and the two Agaricus sp. were found to contain arsenobetaine as the major arsenic species, a form which had previously been found only in marine biota. Its identification was confirmed by electron impact MS.
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Trace element concentrations in higher fungi
V. Ravnik, L. Kosta · The Science of The Total Environment · 1976 · 137 citations
Aspet Merijanian, Ralph A. Zingaro · Inorganic Chemistry · 1966 · 106 citations