Additional file 4 of The risk of dietary multiple micronutrient inadequacies is widespread and geographically varied in Malawi

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healthcare

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dataset

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GarElaLucLib

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fig

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Additional file 4: Table 3: District-level prevalence of inadequate apparent intake for minerals (Ca, Fe, Se, and Zn), with 95% confidence intervals.

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Medicine Neuroscience Ecology Sociology Mathematical Sciences not elsewhere classified Cancer Computational Biology

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Creative Commons Attribution 4.0 International https://creativecommons.org/licenses/by/4.0/legalcode

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Additional file 3 of The risk of dietary multiple micronutrient inadequacies is widespread and geographically varied in MalawiAdditional file 5 of The risk of dietary multiple micronutrient inadequacies is widespread and geographically varied in MalawiAdditional file 2 of The risk of dietary multiple micronutrient inadequacies is widespread and geographically varied in MalawiAdditional file 1 of The risk of dietary multiple micronutrient inadequacies is widespread and geographically varied in Malawi

Additional file 3 of The risk of dietary multiple micronutrient inadequacies is widespread and geographically varied in Malawi

Additional file 3: Table 2. District-level prevalence of inadequate apparent intakes for vitamins A,

Additional file 5 of The risk of dietary multiple micronutrient inadequacies is widespread and geographically varied in Malawi

Additional file 5: Table 4: Median apparent energy intake per day per adult female equivalent disagg

Additional file 2 of The risk of dietary multiple micronutrient inadequacies is widespread and geographically varied in Malawi

Additional file 2: Figure 1. Proportion of food groups per day per adult female equivalent supplying

Additional file 1 of The risk of dietary multiple micronutrient inadequacies is widespread and geographically varied in Malawi

Additional file 1: Tables 1a and 1b: Example of household Adult Female Equivalent (AFE) allocation a