Publication | Closed Access
Incorporation of Heavy Metals Bioavailability into Risk Characterization
11
Citations
18
References
2010
Year
Metal ContaminationHeavy Metals BioavailabilityBioaccumulationStomach‐phase ExtractionFood ChemistryEnvironmental ChemistryEnvironmental HealthAcid DigestionToxicologyAnalytical ChemistryClinical ChemistryPublic HealthTrace MetalEcotoxicologyPharmacologyMicronutrientsBioactive MetalField‐aged CdMetal ToxicityNutritional SciencesEnvironmental ToxicologyMedicine
Abstract The bioavailability of field‐aged Cd and Cu was calculated, and compared to the total concentrations determined by acid digestion. Only 0.60–4.15% for Cd and 0.59–9.43% for Cu were found to be bioavailable when determined by stomach‐phase extraction. The incorporation of bioavailability reduced more than 90% of the calculated risk of the metals at the site of study. It should be noted that such a reduction may not be generalized and the site‐specific bioavailability needs to be determined case by case.
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