1.
Phytoliths in Mealies Corns and Preparation of SiO_2 Nano-materials
玉米植株中的植硅石及其纳米SiO_2的制备
2.
Study on Agrobacterium Tumefaciens Transformation of Maize Inbred Lines and Gain of Transgenic Pest-resistant Plants;
玉米自交系农杆菌转化体系的建立及转抗虫基因玉米植株的获得
3.
Determination of Body s Moisture Content of Paddy and Corn Based on Visible Light Image;
水稻及玉米植株含水率的可见光图像检测
4.
Three-dimensional Reconstruction of Maize Stand Based on Subsegmentation on Leaf Midrib Curvature Calculation
基于分段曲率的玉米植株三维结构的重建
5.
Pigment from Purple Maize: Separation Technology and Physico-Chemical Properties
紫玉米植株色素提取工艺及理化性质研究
6.
Some maize with S cytoplasm can revert to the fertile condition.
有些具有S细胞质的玉米植株可以逆转为可育状态。
7.
The Constituting Elements on Yield of Dry Matter and Crude Protein for Whole Plant and Their Effecting Factors in Silage Corn;
青贮玉米植株干物质量、粗蛋白量构成因子分析及影响因素研究
8.
Studies on Marker-free Transgenic Insect-resistant Gene CpTI Maize;
农杆菌介导获得可去除选择标记的转CpTI抗虫基因玉米植株
9.
Study on QTL Stability Across Genetic Backgrounds and Environments for Plant Traits and Their Genetic Correlations in Maize;
玉米植株性状QTL的遗传背景和环境稳定性及其遗传相关研究
10.
Try to discuss "single plant surely" role and the position in corn production
玉米单株定植的效益及推广应用前景
11.
Effects of Ways of Growing and Transplanting Seedlings on Yield and Plant Character of Maize;
玉米育苗和栽植方式对植株性状及产量的影响
12.
Studies on in Vitro Culture of Immture Embryo of Maize and Aberrance of Regeneration Plantlet;
玉米幼胚离体培养及其再生植株变异的研究
13.
Transformation of Maize (Zea Mays L.) Calli and Regenation of Transgenic Plants;
玉米愈伤组织转化及转基因植株的再生
14.
Study on Resisting Lipid Peroxidation of Pigment from Maize Purple Plant;
玉米紫色植株色素抗脂质过氧化的研究
15.
Responses of maize regenerative plants from hairy root cultures to water stress
玉米毛状根再生植株对水分胁迫的响应
16.
General Type Maize Planting Density of Different Modes of Study
普通株型玉米不同密度下种植模式的研究
17.
The Influence of Plant-characters on Yield of Different MaiZe Cultivars in Southern part of Liao ning Province
辽南地区玉米品种植株性状对产量的影响
18.
Analysis of combining ability on biomass yield and plant characters for silage maize
青贮玉米生物产量及植株性状的配合力分析