AI Article Synopsis

  • Food fortification aims to enhance diet quality by adding essential nutrients to commonly consumed foods like maize flour, rice, salt, oil, and wheat flour across 153 countries.
  • The research evaluated two scenarios: a maximum scenario (assuming full industrial processing and fortification) and a realistic scenario (considering actual processing levels), noting different potentials for nutrient contributions.
  • In the maximum scenario, up to 75% of nutrient needs were met for various vitamins and minerals, while in the realistic scenario, iodine needs were exceeded while other nutrients remained below 35%, with no country exceeding safe intake limits for any nutrient.

Article Abstract

Food fortification is designed to improve the nutritional profile of diets. The purpose of this research was to estimate the potential nutrient contribution of fortified maize flour, oil, rice, salt, and wheat flour in 153 countries, using the national intake (or availability) of the food and the nutrient levels required for fortification. This was done under two scenarios-maximum, where 100% of the food is assumed to be industrially processed and fortified, and realistic, where the maximum value is adjusted based on the percent of the food that is industrially processed and fortified. Under the maximum scenario, the median Estimated Average Requirements (EARs) met ranged from 22-75% for 14 nutrients (vitamins A, B1, B2, B3, B6, B12, D, E, folic acid and calcium, fluoride, iron, selenium and zinc), and 338% for iodine. In the realistic scenario, the median EARs met were 181% for iodine and <35% for the other nutrients. In both scenarios, the median Tolerable Upper Intake Levels (ULs) met were <55% for all nutrients. Under the realistic scenario, no country exceeded 100% of the UL for any nutrient. Current fortification practices of the five foods of interest have the global potential to contribute up to 15 nutrients to the diets of people, with minimal risk of exceeding ULs.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC7916358PMC
http://dx.doi.org/10.3390/nu13020579DOI Listing

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