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Maize yield and Nitrogen use Efficiency increased
Maize yield and Nitrogen use Efficiency increased
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机译：玉米产量和氮肥利用率提高
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摘要
Claim 1: a method for improving nitrogen absorption efficiency of plants, including installing a display containing at least one insect resistance gene on a factory, which can enhance the characterization of at least part of an insecticide Method of claim 5, in which the insect resistant gene is selected from the group consisting of cry34 gene and cry35 gene,Gene cry1f and gene cry3a.requirements 11: a planting method of genetically modified maize, which can increase the yield by using a small amount of chemical fertilizer. In this method, genetically modified maize is resistant to insect pests due to its insect resistant gene, The minimum amount of fertilizer is recommended for non GM corn, In the case that non transgenic maize can choose to be protected by granulated chemical insecticides to control rhizome insects, requirements 20: a method of regulating nitrogen use efficiency (neu),(a) In plant cells, including (a) the introduction of a recombinant expression band in plant cells, which includes a cry protein that effectively binds to the driver of plant expression mode, and (b) the cultivation of plant cells under the conditions of plant cell growth; Absorption of nitrogen in plant cells is modulated Claim 21: a method of increasing plant production, including: (a) the introduction of a structure in plant cells, including a cry protein that effectively binds to a functional promoter in plant cells,(b) Using the transformed plant cells to regenerate a transgenic plant, in the transformed plant cells, the cry protein is high enough to increase the yield of the transgenic plant; the highest yield includes: The improvement of root growth, seed growth, seed weight, larger embryo seeds, the increase of leaf size, the increase of seedling vitality, the improvement of asparagus, the increase of hammer size,3. Use nitrogen or chlorophyll content. Claim 22: genetically modified plant seeds under claim 21.
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