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机译:硝酸盐信号通过手指小米中氮吸收和同化相关基因的差异表达决定氮的感应
Department of Molecular Biology and Genetic Engineering College of Basic Sciences and Humanities GB Pant University of Agriculture and Technology">(1);
Department of Molecular Biology and Genetic Engineering College of Basic Sciences and Humanities GB Pant University of Agriculture and Technology">(1);
Department of Biotechnology SBSPGI">(2);
Department of Molecular Biology and Genetic Engineering College of Basic Sciences and Humanities GB Pant University of Agriculture and Technology">(1);
Gene expression; Real time PCR; Finger millet; Nitrogen responsiveness;
机译:硝酸盐信号通过手指小米中氮吸收和同化相关基因的差异表达决定氮的感应
机译:氮利用效率与参与氮素摄取的活性的关系,在不同氮气投入下生长的手指小米基因型的同化
机译:在Prochlorococcus sp。中参与氮同化和C / N平衡感测的基因的表达。菌株SS120。
机译:不同陆地覆盖对爱荷华州硝态氮浸出和氮素摄取的影响
机译:沿海加利福尼亚草原的年羽扇豆(羽扇豆:FABACEAE)对氮的吸收(氮酶,硝酸还原酶,摄取,固着)。
机译:氮素利用效率与不同氮素输入下种植的谷子基因型氮素吸收和同化酶活性的关系
机译:碳:氮相互作用调节芥菜中N吸收和同化相关基因的表达
机译:氮素吸收和同化的调节:氮源和根区及空气环境对大豆生长和生产力的影响