Journal of the Science of Food and Agriculture · 2001 · 456 citations · 23 references
AgricultureNutritionNutritional SciencesFood ChemistryHuman NutritionPlant NutritionBioactive Food ComponentsVitamins In FoodsFood Plant Nutritional ValueHuman Health EffectsNutritional Value EnhancementPlant-based Food ProductsSecondary MetabolitesVegetable Nutritional CompositionVegetables As Micronutrient Sources
Organic and conventional plant products differ in secondary metabolites, with evidence suggesting organic produce may contain higher levels of defense‑related compounds that could benefit human health. The authors define testable scientific hypotheses to further investigate whether organic plant foods enhance nutritional value. The study concludes that differences in minerals, vitamins, proteins, and carbohydrates are unlikely to be nutritionally significant, and pesticide residues in conventional products are not a concern. © 2001 Society of Chemical Industry.
Abstract The possible differences between organic and conventional plant products are examined from the view of possible effects on human health. It is concluded that nutritionally important differences relating to contents of minerals, vitamins, proteins and carbohydrates are not likely, primarily since none of these are deficient in typical First World diets, nor are present levels of pesticide residues in conventional products a cause for concern. However, there is reason to believe that contents of many defence‐related secondary metabolites in the diet are lower than optimal for human health, even for those where too high levels are known to be harmful. High biological activity resulting in adverse effects on growth of animals and children may be directly linked with promotion of longevity. There is ample, but circumstantial, evidence that, on average, organic vegetables and fruits most likely contain more of these compounds than conventional ones, allowing for the possibility that organic plant foods may in fact benefit human health more than corresponding conventional ones. The authors define testable scientific hypotheses which should be further investigated to provide more definitive answers to the question. © 2001 Society of Chemical Industry
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Resource Availability and Plant Antiherbivore Defense
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