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The Usefulness of Elemental Iron for Cereal Flour Fortification: a Sustain Task Force Report

机译:元素铁在谷物面粉强化中的作用:持续任务小组报告

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摘要

Fortification of cereal flours may be a useful public health strategy to combat iron deficiency. Cereal flours that are used shortly after production (e.g., baking flour) can be fortified with soluble iron compounds, such as ferrous sulfate, whereas the majority of flours stored for longer periods is usually fortified with elemental iron powders to avoid unacceptable sensory changes. Elemental iron powders are less well absorbed than soluble iron compounds and they vary widely in their absorption depending on manufacturing method and physicochemical characteristics. Costs vary with powder type, but elemental iron powders are generally less expensive than ferrous sulfate. This review evaluates the usefulness of the different elemental iron powders based on results from in vitro studies, rat assays, human bioavailability studies, and efficacy studies monitoring iron status in human subjects. It concludes that, at the present time, only electrolytic iron powder can be recommended as an iron fortificant. Because it is only approximately half as well absorbed as ferrous sulfate, it should be added to provide double the amount of iron
机译:强化谷物粉可能是对抗铁缺乏症的一种有用的公共卫生策略。生产后不久使用的谷物粉(例如烘焙粉)可以用可溶性铁化合物(例如硫酸亚铁)强化,而储存较长时间的大多数面粉通常用元素铁粉强化,以避免不可接受的感官变化。元素铁粉的吸收性不如可溶性铁化合物,吸收性取决于制造方法和理化特性而变化很大。成本因粉末类型而异,但元素铁粉通常比硫酸亚铁便宜。这篇综述基于体外研究,大鼠测定,人类生物利用度研究以及监测人类受试者铁状态的功效研究的结果,评估了不同元素铁粉的有效性。结论是,目前仅推荐使用电解铁粉作为强化铁。由于它的吸收率仅为硫酸亚铁的一半左右,因此应添加使其提供两倍的铁量

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