首页> 外文期刊>Mysore journal of agricultural sciences >Transferability of Markers Specific to Micronutrient Transportation for Biofortificationof Rice (Oryza sativa L.): A New Paradigm
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Transferability of Markers Specific to Micronutrient Transportation for Biofortificationof Rice (Oryza sativa L.): A New Paradigm

机译:水稻(Oryza sativa L.)用于生物强化的微量营养素转运标记的可转移性:一种新的范例

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摘要

Enhancing micronutricnts in staple crops to alleviate malnutrition is a current challenge among scientific fraternity. Metal transporters play major role in transporting micronutrients from root to grains. Rice, finger millet and Pearl millet were used to discern the variations present in their transporters. Among 12 gene specific markers for rice, four were amplified in finger millet and only one amplified in pearl millet. OsZIP3b is amplified in all three crops and hence, can be used in selecting the rice genotypes for higher grain micronutrient content. Information present in micronutrient rich crops can be used to biofortify staple food crops.
机译:加强主粮中的微营养素以减轻营养不良是科学界当前的挑战。金属转运体在将微量营养素从根部转运到谷物中起着重要作用。大米,小米和珍珠小米被用来识别其转运蛋白中的变异。在水稻的12种基因特异性标记物中,有4种在指four中扩增,只有一种在et中扩增。 OsZIP3b在所有三种农作物中均有扩增,因此可用于选择水稻基因型以获得更高的谷物微量营养素含量。富含微量营养素的作物中存在的信息可用于生物强化主粮作物。

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