Science · 1982 · 139 citations · 8 references
Life SciencesMarine SciencesMicrobiologyAquatic MicrobiologyMarine ToxicologyMicrobial EcologyEstuarine MicrobiologyMarine Pollutant ChemistryMicrobial BiogeochemistryOrganic PollutantsSediment ChemistrySediment MicrobiologyEstuarine Sediment ChemistryEstuarine Sediment MicrobiologyGas Chromatography-mass SpectrometryOrganotin ToxicityPollutant Degradation In SedimentsSediment EcotoxicologySediment GeochemistryTin Speciation
Mixed inoculums of microorganisms from Chesapeake Bay sediments transformed inorganic tin (SnCl(4) . 5H(2)O) to organotin compounds. Dimethyltin and trimethyltin species were identified as products by gas chromatography-mass spectrometry. Methylated tin species were not observed in sterile controls or in poisoned controls. Thus, estuarine microorganisms have the potential for transforming tin to toxic organotins and for mobilizing tin in the ecosystem.
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Biomethylation of Toxic Elements in the Environment
William P. Ridley, L. J. Dizikes, John M. Wood · Science · 1977 · 272 citations
The ecology of mercury-resistant bacteria in Chesapeake Bay
Jonathan D. Nelson, R. R. Colwell · Microbial Ecology · 1974 · 100 citations
Life Sciences, Ecology, Microbiology +14