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首页> 外文期刊>Nutrition >Re. Iodine biofortification through plant biotechnology: Plant biofortification as a potential strategy to address iodine deficiency
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Re. Iodine biofortification through plant biotechnology: Plant biofortification as a potential strategy to address iodine deficiency

机译:回覆。通过植物生物技术进行碘生物强化:将植物生物强化作为解决碘缺乏症的潜在策略

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摘要

Despite myriad improvements to global food production systems in the context of human nutrition, nearly two billion people worldwide still receive insufficient dietary iodine such that iodine deficiency disorder (IDD) persists as one of the world's most intractable micronutrient-related diseases [1]. Various recent studies, including Charlton et al., have examined whether iodine amendment of table salt improves iodine status in light of the numerous technical limitations and changing dietary regimes [2]. Salt iodization programs have alleviated the scourge significantly in some regions, but a multipronged approach will be needed to ultimately defeat this pervasive disease. Several recent advances in the area of iodine biofortification are poised to propel us towards this goal provided that creative nutrition scientists from diverse backgrounds can be mobilized.
机译:尽管在人类营养的背景下全球粮食生产系统取得了无数改善,但全球仍有近20亿人的饮食碘摄入不足,碘缺乏症(IDD)仍然是世界上最难治的微量营养素相关疾病之一[1]。鉴于Charlton等人的最新研究,鉴于众多技术限制和不断变化的饮食习惯,研究了食盐加碘是否能改善碘状态[2]。食盐加碘计划已在某些地区大大减轻了灾祸,但最终需要克服这一多方面的方法才能战胜这种普遍存在的疾病。只要能够动员来自不同背景的富有创造力的营养学家,就有望在碘生物强化领域取得一些最新进展,以推动我们朝着这一目标前进。

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