Food & Function · 2017 · 47 citations · 28 references
AgricultureNutritionNutritional SciencesBioavailabilityHuman NutritionHeme MetabolismIron HomeostasisIron MetabolismIron NutritionIron TransportPrebioticsDietary Iron BioavailabilityHeme Iron AbsorptionNon-heme Iron AbsorptionNon-heme Iron BioavailabilityPrebiotic Effects On AbsorptionPrebiotic Interactions
Fe radioactive isotopes as markers of heme Fe and non-heme Fe, respectively, and Fe absorption was measured by the incorporation of radioactive Fe into erythrocytes. The results showed that there were no significant differences in heme and non-heme Fe bioavailability in the control group. Heme Fe bioavailability of the prebiotic group increased significantly by 56% post-prebiotic intake. There were no significant differences in non-heme Fe bioavailability in this group. We concluded that daily consumption of a prebiotic mix increases heme Fe bioavailability and does not affect non-heme iron bioavailability.
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Charles Coudray, Jacques Bellanger, C Castiglia-Delavaud et al. · European Journal of Clinical Nutrition · 1997 · 454 citations