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首页> 外文期刊>International Journal of Food and Allied Sciences >Biofortification: High zinc wheat programme – The potential agricultural options for alleviating malnutrition in Pakistan
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Biofortification: High zinc wheat programme – The potential agricultural options for alleviating malnutrition in Pakistan

机译:生物强化:高锌小麦计划–缓解巴基斯坦营养不良的潜在农业选择

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The deficiency of micronutrients (zinc, iron, iodine and vitamin A) is persistently afflicting millions of people living across Africa, Southern Americas, Asia and Pakistan. Among these, the zinc deficiency syndrome is occurring by 47.6, 41.3, and 39.2% in pregnant, non-pregnant and children under 5 years, respectively in Pakistan. The reason being that majority of the people subsists on cereal-based diets, i.e., wheat. The commercially grown wheat varieties contain zinc about 25 mg/g, whereas about 40 mg/g zinc is required in daily diet. The potential risk of zinc deficiency could be mitigated through certain interventions i.e., mineral drugs, food supplements, diversity in diets, production of fortified foods, and genetic biofortification of staple food crops. Among these, quantum increase in zinc content in wheat grains through genetic manipulation would be basics to alleviate zinc deficiency in the malnourished communities. The objective of the programme is to enhance the concentration of zinc nutrient from 25 to 40 mg/g in wheat grains through conventional plant breeding techniques. Pakistan Agricultural Research Council, Islamabad in collaboration with Consultative Group on International Agricultural Research (CGIAR) and International Maize & Wheat Improvement Center (CIMMYT) and HarvestPlus, Pakistan started R&D works to develop biofortified high zinc wheat varieties containing around 40 mg/g in the year 2009. The biofortified wheat crop is developed through conventional plant breeding techniques. The germplasm inherited with high zinc nutrient are crossed with high yielding and adopted to ecological conditions. The varieties are high yielding, and inheriting zinc around 40 mg/g in the grains under both irrigated and rainfed production environments. The Government of Punjab has also given high priority to develop and consume biofortified high zinc wheat in its multi-sectoral Nutrition Strategy Plan 2015, as potential agricultural option to address malnutrition in the Punjab province.
机译:微量营养素(锌,铁,碘和维生素A)的缺乏持续困扰着非洲,南美,亚洲和巴基斯坦的数百万人。其中,在巴基斯坦的孕妇,未怀孕和5岁以下的儿童中,锌缺乏综合征的发生率分别为47.6%,41.3和39.2%。原因是大多数人都以谷物为基础的饮食,即小麦。商业种植的小麦品种含有约25 mg / g的锌,而日常饮食中则需要约40 mg / g的锌。锌缺乏的潜在风险可以通过某些干预措施来缓解,例如矿物质药物,食品补充剂,饮食多样性,强化食品的生产以及主粮作物的基因生物强化。其中,通过遗传操作增加小麦籽粒中锌含量的量子增加将是缓解营养不良社区锌缺乏的基础。该计划的目的是通过常规植物育种技术将小麦籽粒中锌营养元素的浓度从25 mg / g提高到40 mg / g。巴基斯坦农业研究理事会,伊斯兰堡与国际农业研究咨询小组(CGIAR),国际玉米和小麦改良中心(CIMMYT)和HarvestPlus合作,巴基斯坦开始了研发工作,开发了生物强化的高锌小麦品种,该品种中约40 mg / g 2009年。采用传统的植物育种技术开发了生物强化小麦作物。高锌养分遗传的种质高产杂交,并适应生态条件。该品种产量高,在灌溉和雨养生产环境下,谷物中的锌含量均约为40 mg / g。旁遮普省政府在其《 2015年多部门营养战略计划》中也高度重视开发和消费生物强化高锌小麦,作为解决旁遮普省营养不良的潜在农业选择。

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