1、

Study on Leaf Area and Dry Matter Accumulation and Distribution in Super High-yield Maize

超高产玉米叶面积及地上部干物质积累与分配

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2、

Intercropping Advantage and Contribution of Above-Ground and Below-Ground Interactions in the Barley-Maize Intercropping

大麦/玉米间作优势及地上部和地下部因素的相对贡献研究

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3、

Studies on Cellulose in Mixed Deep Maize Staw Liquid Ferment

秸秆液态发酵中纤维素酶活的研究

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4、

Study on the Maize Pollen Irradiation Effects on the Seed Setting and the Plant Growing

γ射线照射花粉后对玉米结实及生长影响的探讨

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6、

The soybean variety under-sowing with maize ought to select that the leaf is middle size, lanceolate or elliptic, deep green colour, and the petiole is short and thick;

与玉米间作的大豆,宜选育叶片大小中等、披针形或短椭圆形、叶柄短而粗、叶色深绿的品种。

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7、

Yellow Maize for Starch Extraction and Pop Corn Roasting Industry In Addition To Other Cereals.

采购产品谷类食品之外烘烤工业的淀粉抽出和取出玉黍蜀的黄色玉蜀黍.

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8、

Why use trees, rather than maize or sugar cane, as a feedstock for ethanol?

为什么要选择树木而不是蜀黍或蔗糖作为乙醇原料?

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9、

Identification of Maize Wallaby Ear Virus and Construction of Detection System

玉米鼠耳病病原鉴定及检测系统建立

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10、

Genetic Analysis of Maize Resistance to Curvularia Leaf Spot by ADAA Model

玉米弯孢菌叶斑病抗性的ADAA遗传模型的分析

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11、

Prokaryotic expression and subcellular immuno-localization in maize of the VPg protein of Sugarcane mosaic virus

甘蔗花叶病毒VPg蛋白的原核表达及其在玉米中的免疫定位

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12、
13、

A Study on Changes of Protein and Cytokinins ( CTK) in Maize Embryos after Hybridization

玉米杂交后胚胎中蛋白质和细胞分裂素类物质变化的研究

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14、

Some Methods : Were brought out to help standardize the construction of Chinese maize DNA fingerprint database.

为保证玉米品种DNA指纹库构建的标准化,提出了数据统计规范化的解决方案.

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15、

Organicinorganic compound fertilizer is produced from the byproducts and wastes after maize processing by extruder granulation.

以未腐解有机物培肥土壤的理论为依据,介绍利用玉米深加工过程中产生的副产品及下脚料,采用挤压造粒法生产有机无机复混肥的工艺技术、要工艺参数和自控水平.

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16、

Seeking the cross-talk of phytohormone and phosphorus signaling network may help to understand the low P tolerance mechanism in maize.

寻找玉米磷信号和激素信号网络的共有接点无疑会加深对玉米耐低磷机制的认识。

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17、

Phosphate uptake kinetics showed that Low P treatment significantly increased the Imax, but significantly decreased the Km for all of five maize genotypes.

动力学试验表明,低磷胁迫显著增加5个基因型的Imax,却显著降低Km。

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18、

Effects of Spring and Autumn Sowing on Different Fine Maize Varieties

春、秋季播种对不同玉米良种影响的研究

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19、

Study on Method for Dilapidating Walls of Maize Pollen& II. Study on Method for Dilapidating Walls by Microwave in Low Temperature

玉米花粉破壁方法的试验研究&Ⅱ.超低温加微波破壁方法的研究

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20、

Researching progress of several key factors that maize gene transformation using Agrobacterium tumefaciens were reviewed, including explant, base-medium and supplementary, co-culture temperature, signal molecular and Vir gene activation?

对根癌农杆菌介导的玉米基因转化中包括外植体、基本培养基及其附加物、共培养温度、信号分子与vir基因的活化的几个关键因素研究进展作了论述。

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