Iron Biofortification of Rice: Progress and Prospects

Andrew De Xian Kok, Low Lee Yoon, R. Sekeli, Wee ChienYeong, Z. Yusof, L. Song
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引用次数: 17

Abstract

Biofortification is the process of improving the bioavailability of essential nutrients in food crops either through conventional breeding or modern biotechnology techniques. Rice is one of the most demanding staple foods worldwide. Most global population live on a diet based on rice as the main carbohydrate source that serve as suitable target for biofortification. In general, polished grain or white rice contains nutritionally insufficient concentration of iron (Fe) to meet the daily requirements in diets. Therefore, iron biofortification in rice offers an inexpensive and sustainable solution to mitigate iron deficiency. However, understanding on the mechanism and genes involved in iron uptake in rice is a prerequisite for successful iron biofortification. In this chapter, the overview of iron uptake strategies in plants and as well as different iron-biofortified approaches used in rice will be outlined. Then, the challenges and future prospects of rice iron biofortification to improve global human health will also be discussed.
水稻铁生物强化研究进展与展望
生物强化是通过传统育种或现代生物技术提高粮食作物中必需营养素的生物利用度的过程。大米是世界上需求量最大的主食之一。全球大多数人口的饮食以大米为主要碳水化合物来源,作为生物强化的合适目标。一般来说,精米或精米所含的铁(Fe)营养浓度不足以满足日粮的需要量。因此,在水稻中生物强化铁提供了一种廉价和可持续的解决方案,以减轻铁缺乏。然而,了解水稻铁吸收的机制和基因是铁生物强化成功的先决条件。在本章中,概述了植物吸收铁的策略以及水稻中使用的不同铁生物强化方法。然后,讨论了大米铁生物强化对改善全球人类健康的挑战和未来前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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