维持充足循环25-羟基维生素D浓度的饮食策略。

Mairead Kiely, Lucinda J Black
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引用次数: 112

摘要

维生素D摄入对营养状况的重要性是日照不足的必然结果。在未接受中波紫外线照射的人群中,血清25-羟基维生素D (25(OH)D)浓度与维生素D总摄入量存在剂量反应。这篇关于成人和儿童维生素D摄入量和来源的最新总结着重于来自北美和欧洲的数据。我们根据医学研究所(IOM)的膳食参考摄入量,探索维生素D摄入量不足的证据。由于强制强化,除了北欧国家,美国和加拿大的维生素D摄入量比大多数欧洲国家都要高。在全国调查中,大多数欧洲国家的维生素D摄入量通常低于5 μg/ D,并根据各国具体的强化做法、性别和年龄而有所不同。变异的主要来源是营养补充品。通常的维生素D摄入量估计需要获取强化和补充来源以及基础饮食的贡献数据。目前维生素D的膳食供应使大多数成年人无法达到IOM估计的10 μg/ D的平均需求量。虽然补充剂是个人增加维生素D摄入量的有效方法,但食物强化是增加人群维生素D供应的最佳途径。精心设计的可持续强化策略,使用一系列食物来适应多样性,有可能增加整个人口分布的维生素D摄入量,并最大限度地减少25(OH)D浓度低的患病率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dietary strategies to maintain adequacy of circulating 25-hydroxyvitamin D concentrations.

The importance of vitamin D intake to nutritional status is a corollary of sunshine deficit. There is a dose-response of serum 25-hydroxyvitamin D (25(OH)D) concentrations to total vitamin D intake in persons who do not receive UVB exposure. This updated summary of vitamin D intakes and sources in adults and children focuses on data from North America and Europe. We explore the evidence that intakes of vitamin D are inadequate with reference to the Institute of Medicine (IOM) Dietary Reference Intakes. Due to mandatory fortification, usual vitamin D intakes are higher in the US and Canada than most of Europe, with the exception of the Nordic countries. Intakes of vitamin D in national surveys are typically below 5 μg/d in most European countries and vary according to country-specific fortification practices, sex and age. The main source of variation is the contribution from nutritional supplements. Usual vitamin D intake estimates need to capture data on the contributions from fortified and supplemental sources as well as the base diet. The current dietary supply of vitamin D makes it unfeasible for most adults to meet the IOM Estimated Average Requirement of 10 μg/d. While supplements are an effective method for individuals to increase their intake, food fortification represents the best opportunity to increase the vitamin D supply to the population. Well-designed sustainable fortification strategies, which use a range of foods to accommodate diversity, have potential to increase vitamin D intakes across the population distribution and minimize the prevalence of low 25(OH)D concentrations.

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