Zotor F B, Ellahi B, Amuna P
Department of Family and Community Health,School of Public Health,University of Health and Allied Sciences,Ho,Volta Region,Ghana.
Faculty of Health and Social Care,University of Chester,Chester CH1 4BJ,UK.
Proc Nutr Soc. 2015 Nov;74(4):505-16. doi: 10.1017/S0029665115002372. Epub 2015 Aug 11.
Despite a rich and diverse ecosystem, and biodiversity, worldwide, more than 2 billion people suffer from micronutrient malnutrition or hidden hunger. Of major concern are a degradation of our ecosystems and agricultural systems which are thought to be unsustainable thereby posing a challenge for the future food and nutrition security. Despite these challenges, nutrition security and ensuring well balanced diets depend on sound knowledge and appropriate food choices in a complex world of plenty and want. We have previously reported on how the food multimix (FMM) concept, a food-based and dietary diversification approach can be applied to meet energy and micronutrient needs of vulnerable groups through an empirical process. Our objective in this paper is to examine how the concept can be applied to improve nutrition in a sustainable way in otherwise poor and hard-to-reach communities. We have reviewed over 100 FMM food recipes formulated from combinations of commonly consumed traditional candidate food ingredients; on average five per recipe, and packaged as per 100 g powders from different countries including Ghana, Kenya, Botswana, Zimbabawe and Southern Africa, India, Mexico, Malaysia and the UK; and for different age groups and conditions such as older infants and young children, pregnant women, HIV patients, diabetes and for nutrition rehabilitation. Candidate foods were examined for their nutrient strengths and nutrient content and nutrient density of recipes per 100 g were compared with reference nutrient intakes for the different population groups. We report on the nutrient profiles from our analysis of the pooled and age-matched data as well as sensory analysis and conclude that locally produced FMM foods can complement local diets and contribute significantly to meet nutrient needs among vulnerable groups in food-insecure environments.
尽管全球拥有丰富多样的生态系统和生物多样性,但仍有超过20亿人患有微量营养素营养不良或隐性饥饿。最令人担忧的是我们的生态系统和农业系统正在退化,被认为是不可持续的,从而给未来的粮食和营养安全带来挑战。尽管存在这些挑战,但在一个既有富足又有匮乏的复杂世界中,营养安全和确保饮食均衡依赖于扎实的知识和恰当的食物选择。我们之前曾报道过食物多组合(FMM)概念,这是一种基于食物和饮食多样化的方法,如何通过实证过程来满足弱势群体的能量和微量营养素需求。本文的目的是研究如何将这一概念应用于以可持续的方式改善贫困且难以触及的社区的营养状况。我们回顾了100多种由常见传统候选食物成分组合而成的FMM食物配方;每个配方平均有五种成分,并按照来自不同国家(包括加纳、肯尼亚、博茨瓦纳、津巴布韦和南非、印度、墨西哥、马来西亚和英国)的100克粉末进行包装;适用于不同年龄组和状况,如大龄婴儿和幼儿、孕妇、艾滋病毒患者、糖尿病患者以及营养康复人群。对候选食物的营养优势、营养成分进行了检测,并将每100克配方的营养密度与不同人群组的参考营养素摄入量进行了比较。我们报告了对汇总和年龄匹配数据的分析得出的营养概况以及感官分析结果,并得出结论,本地生产的FMM食物可以补充当地饮食,并在粮食不安全环境中为满足弱势群体的营养需求做出重大贡献。