Publication | Closed Access
Contaminants in organic and conventional foodstuffs in France
172
Citations
3
References
2002
Year
Dietary ExposureFood ContaminantMycotoxinsChemical ContaminantFood ToxicologyFood ChemistryConventional Raw MaterialsEnvironmental ChemistryOrganic ApplesFood ContaminantsMycotoxin FormationEnvironmental HealthToxicologyPublic HealthHealth SciencesEcotoxicologyFood QualityOrganic WheatConventional FoodstuffsFood SafetyEnvironmental EngineeringChemical ContaminantsEnvironmental Toxicology
The study aimed to compare contamination levels in organic versus conventional raw materials. The authors measured heavy metals, nitrates, nitrites, and mycotoxins in 15 organic and conventional products, calculated median contamination levels, and compared them to regulatory limits. Lead, cadmium, nitrates, patulin, and deoxynivalenol exceeded limits in several products, with the greatest health risk stemming from mycotoxins in apples and wheat.
The aim was to compare the levels of contamination in organic and conventional raw materials. To this end, the level of contamination by heavy metals (lead, cadmium, arsenic, mercury), nitrates and nitrites, and some mycotoxins were monitored. Fifteen products were tested in their organic and conventional forms, including meat, milk, eggs, vegetables and cereals. The median levels of contamination were calculated and compared with the recommended or regulated maximum levels. The maximum levels were exceeded for lead in organic carrots and buckwheat, and in conventional wheat; for cadmium, in both organic and conventional buckwheat; for nitrates, in organic spinach; and for patulin in organic apples. Moreover, contamination of both conventional and organic wheat by deoxynivalenol was observed with a higher level in organic products. However, the health risk for consumers might be real only for the contamination by mycotoxins as the contaminated foods (apples, wheat) are the main contributors to total exposure.
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