Bifalgorithm post · Human Nutrition · Introduction

Mineral Absorption

Mineral Absorption (Human Nutrition · Introduction) — "Minerals are not as efficiently absorbed as most vitamins and so the bioavailability of minerals can be…

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  • Mineral absorption and bioavailability are influenced by diet, nutrient interactions, health, and aging.
  • Minerals are absorbed less efficiently than most vitamins, so their bioavailability can be low.
  • Oxalate and phytate in plant-based foods bind minerals and inhibit their absorption.
  • Minerals are generally better absorbed from animal-based foods.
  • In most cases, increasing dietary intake of a mineral decreases its absorption.
  • Some minerals influence the absorption of other minerals.
  • Excess dietary zinc can impair iron and copper absorption.
  • Certain vitamins enhance mineral absorption.
  • Vitamin C boosts iron absorption.
  • Vitamin D boosts calcium and magnesium absorption.
  • Gastrointestinal disorders, kidney disease, and aging can impair mineral absorption.
  • People with malabsorption conditions and older adults face a higher risk of mineral deficiencies.
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Mineral Absorption

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Human Nutrition

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"Minerals are not as efficiently absorbed as most vitamins and so the bioavailability of minerals can be very low. Plant-based foods often contain factors, such as oxalate and phytate, that bind to minerals and inhibit their absorption. In general, minerals are better absorbed from animal-based foods. In most cases, if dietary intake of a particular mineral is increased, absorption will decrease. Some minerals influence the absorption of others. For instance, excess zinc in the diet can impair iron and copper absorption. Conversely, certain vitamins enhance mineral absorption. For example, vitamin C boosts iron absorption, and vitamin D boosts calcium and magnesium absorption. As is the case with vitamins, certain gastrointestinal disorders and diseases, such as Crohn’s disease and kidney disease, as well as the aging process, impair mineral absorption, putting people with malabsorption conditions and the elderly at higher risk for mineral deficiencies."

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