Palanog Alvin D, Calayugan Mark Ian C, Descalsota-Empleo Gwen Iris, Amparado Amery, Inabangan-Asilo Mary Ann, Arocena Emily C, Sta Cruz Pompe C, Borromeo Teresita H, Lalusin Antonio, Hernandez Jose E, Acuin Cecilia, Reinke Russell, Swamy B P Mallikarjuna
Strategic Innovation Platform, International Rice Research Institute, Los Baños, Philippines.
College of Agriculture and Food Science, University of the Philippines, Los Baños, Philippines.
Front Nutr. 2019 Jun 7;6:81. doi: 10.3389/fnut.2019.00081. eCollection 2019.
The Philippines is one of the major rice-producing and rice-consuming countries of Asia. A large portion of its population depends on rice for their daily caloric intake and nutritional needs. The lack of dietary diversity among poor communities has led to nutritional consequences, particularly micronutrient deficiencies. Iron-deficiency anemia (IDA) and zinc deficiency (ZnD) are two serious nutritional problems that affect the health and economic sector of the country. Since rice dominates the Filipino diet by default, biofortification of rice will help improve the micronutrient status. The Philippine government has proactively initiated various programs and policies to address micronutrient deficiencies, particularly through fortification of basic food commodities. Biofortification, the fortification of rice with micronutrients through breeding, is considered the most sustainable and cost-effective strategy that can benefit large vulnerable populations. However, developing promising genotypes with micronutrient-enriched grains should be coupled with improving micronutrient bioavailability in the soil in order to optimize biofortification. This review documents the prevailing soil Zn-deficiency problems in the major rice production areas in the Philippines that may influence the Zn nutritional status of the population. The article also reports on the biofortification efforts that have resulted in the development of two biofortified varieties approved for commercial release in the Philippines. As nutritional security is increasingly recognized as a priority area, greater efforts are required to develop biofortified rice varieties that suit both farmers' and consumers' preferences, and that can address these critical needs for human health in a sustainable and cost-effective manner.
菲律宾是亚洲主要的水稻生产国和消费国之一。该国很大一部分人口依靠大米满足其每日热量摄入和营养需求。贫困社区饮食缺乏多样性已导致营养问题,尤其是微量营养素缺乏。缺铁性贫血(IDA)和锌缺乏(ZnD)是影响该国健康和经济领域的两个严重营养问题。由于大米在菲律宾饮食中默认占据主导地位,对大米进行生物强化将有助于改善微量营养素状况。菲律宾政府已积极启动各种计划和政策来解决微量营养素缺乏问题,特别是通过强化基本食品。生物强化,即通过育种使大米富含微量营养素,被认为是最可持续且最具成本效益的战略,可使大量弱势群体受益。然而,培育出有前景的富含微量营养素籽粒的基因型,应与提高土壤中微量营养素的生物有效性相结合,以优化生物强化。本综述记录了菲律宾主要水稻产区普遍存在的土壤锌缺乏问题,这些问题可能会影响民众的锌营养状况。本文还报道了生物强化方面的努力,这些努力已培育出两个获批在菲律宾商业化推广的生物强化品种。随着营养安全日益被视为一个优先领域,需要做出更大努力来培育既符合农民和消费者喜好,又能以可持续且具成本效益的方式满足人类健康这些关键需求的生物强化水稻品种。