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Titlebook: Biofortification of Food Crops; Ummed Singh,C S Praharaj,N P Singh Book 2016 Springer India 2016 Anti-nutrients.Biofortification.Food Crop

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期刊全称Biofortification of Food Crops
影响因子2023Ummed Singh,C S Praharaj,N P Singh
视频video
发行地址Provides updated information on quality/enriched food.Elaborates on Biofortification and Hidden hunger that are one of the.thrust areas of ‘Millennium Development Goal’ of UN.International experts and
图书封面Titlebook: Biofortification of Food Crops;  Ummed Singh,C S Praharaj,N P Singh Book 2016 Springer India 2016 Anti-nutrients.Biofortification.Food Crop
影响因子The chapters presented in this book .‘Biofortification of Food Crops’. depict how agricultural technological interventions have true role in alleviating malnutrition. This book highlights the role of multidisciplinary approaches to cope up with the challenges of micronutrient malnutrition or hidden hunger which is an alarming public health issue in most parts of the world including India. In this endeavour, different biofortification approaches such as agronomic (or ferti-fortification), breeding, biotechnological, physiological, microbial etc. has fulfilled their different mandates of nutrient enrichment of food crops including cereals and pulses. The contents of the book proves that biofortified plants have adequate potential to nourish nutrient depleted soils, help increase crop productivity and provide nutritional benefits to plants, humans and livestock.  The content and quality of information presented in this book will definitely provide multiple novel ideas ofadvance techniques and will stimulate innovative thoughts and directions amongst researchers and policy makers in the field of biofortification. In addition, the contributions presented in the book will be a good sourc
Pindex Book 2016
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https://doi.org/10.1007/978-3-322-91053-0mic intervention or genetic selection, may be the solution to malnutrition or hidden hunger mitigation. The Consultative Group on International Agricultural Research has been investigating the genetic potential to increase bioavailable Fe and Zn in staple food crops such as rice, wheat, maize, common beans, and cassava.
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https://doi.org/10.1007/978-3-322-91053-0o humankind. Modern plant breeding has been historically oriented toward achieving high agronomic yields rather than nutritional quality, and other efforts related to alleviating the problem have been primarily through industrial fortification or pharmaceutical supplementation. Micronutrient malnutr
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https://doi.org/10.1007/978-3-663-13218-9nts and international development institutions. About 52 % of the population in the developing world thrives on less than $1.25 per day during 1981 which has declined significantly to 17 % during 2011. Despite over 59 % increase in population in the developing world, the people living in extreme pov
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https://doi.org/10.1007/978-3-663-13218-9y. Almost half of the soils in the world are deficient in zinc. Since cereal grains have inherently low concentrations, growing these on the potentially zinc-deficient soils further decreases grain zinc concentration. There is a high degree of correlation between zinc deficiency in soils and that in
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