A recent paradigm on iron absorption, prevalence, and emerging dietary approaches to eradicate iron deficiency

Umang Malhotra, Mrinmoy Roy, Manmath Sontakke, Pintu Choudhary
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Abstract

Iron is an essential micronutrient required for growth and development during all stages of human life with the most important function of oxygen transportation via hemoglobin. With the prevalence of the triple burden of malnutrition in the world, there is an increase in iron deficiency anemia affecting a lot of people, especially the adolescent population of girls. The diagnosis of iron deficiency anemia is confirmed by low iron stores and decreased hemoglobin levels. It is prevalent in both urban and rural regions; however, gender differences exist which start from the age of 15 years, as females are more prone to develop iron deficiency. On comparing the 4th and 5th surveys conducted by the National Family Health Survey, India, it can be observed that the prevalence of anemia has increased which is a major cause of concern. One of the major reasons that people suffer from this deficiency would be vegetarianism. Plant sources contain iron but they are present in the ferric state which needs to be converted to the ferrous state. The bioavailability of plant sources is low therefore, this condition can be tackled by adopting steps like dietary diversification, biofortification, fortification, and supplementation.

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关于铁吸收、患病率和新出现的消除缺铁的饮食方法的最新范例
铁是人类生命各个阶段生长发育所需的重要微量营养素,具有通过血红蛋白输送氧气的最重要功能。随着营养不良三重负担在世界各地的普遍存在,缺铁性贫血的发病率也在增加,影响到许多人,尤其是青少年女孩。缺铁性贫血的诊断是通过低铁储存和血红蛋白水平下降来证实的。它在城市和农村地区都很普遍;然而,从15岁开始就存在性别差异,因为女性更容易出现缺铁。通过比较印度全国家庭健康调查进行的第四次和第五次调查,可以看出贫血的患病率有所上升,这是令人担忧的一个主要原因。人们患这种缺乏症的主要原因之一是素食主义。植物来源含有铁,但它们以三价铁状态存在,需要转化为含铁状态。植物来源的生物利用度较低,因此,可以通过采取饮食多样化、生物强化、强化和补充等措施来解决这种情况。
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