1.
Distribution of the genotypes of human papillomavirus in east Guangzhou and coding sequences of E6/E7 of the dominant genotype
广州东部HPV基因型分布及其优势基因型E6/E7核酸序列分析
2.
Study on Helicobacter Pylori hrgA Status and Preponderant Genes of Zhejiang Province;
浙江地区幽门螺杆菌hrgA基因及优势基因型的研究
3.
Studies on Intersubgenomic Heterosis between Brassica Napus and B.rapa;
甘蓝型油菜与白菜型油菜亚基因组间杂种优势的研究
4.
Creation for New-typed Brassica Napus and Studies on the Intersubgenomic Heterosis in Rapeseed;
甘蓝型油菜新类型的创建和油菜亚基因组间杂种优势研究
5.
Genome-Wide Dissection of Genetic Basis of Yield Traits and Heterosis in Brassica Napus
甘蓝型油菜产量性状及其杂种优势遗传基础的全基因组解析
6.
Nourish Kidney Invigorating Qi Formula Induces the Expression of SOCS3 Gene Th2 Type Immunodominance on CD4 Positive T Cells of Human Decidual
补肾益气方诱导人蜕膜CD4~+T细胞SOCS3基因表达和Th2型免疫优势
7.
Model Transition Analysis of Information Superiority and Decision Superiority Based on Capability Requirements Model
基于能力需求模型的信息优势与决策优势模型转换分析
8.
Correlations between Maize (Zea Mays L.) the Differential Gene Expression and Heterosis;
玉米基因差异表达与杂种优势的关系
9.
A Research on Determinants of EVA Based on Competitive Advantage;
基于竞争优势的EVA影响因素研究
10.
The Endogenous Technology Innovation Path Based on Competitive Advantage
基于竞争优势的内生型技术创新路径
11.
Advantage Analysis of Risk Model Based on Analytic Hierarchy Process
基于层次分析法的风险模型优势分析
12.
Analysis of Heterotic Groups with Heterosis in Maize and Comparative Genomics between Maize and Coix;
玉米杂种优势群与杂种优势及其与薏苡比较基因组研究
13.
A Method Based on Stochastic Dominance and Probability Dominance for Multi-attribute Decision Making under Risk;
基于随机优势与概率优势的风险型多属性决策方法
14.
An Analysis of the Hybrid Momentum for Comparative Advantage of China in Recent Years--Based on Applications and Development of Neo-Ricardian Model
近年来我国比较优势动因多样性分析——基于新李嘉图模型的开发与应用
15.
On the Factors That Affecting the Competing Advantages of Organization
影响组织竞争优势因素的系统模型研究
16.
Studies on Improving Rooting Ability and Apical Dominance of Plant by Transforming Two Genes;
转双价基因促进植物生根及顶端优势的研究
17.
Kinectic Analysis in Treatment of Coal Plant Wastewater by Immobilized Predilized Predominant Bacteria;
固定化优势菌处理焦化废水动力学基因研究
18.
Transformation of Rice Microspores and Sperm Predominant Expressed Genes;
水稻花粉及精细胞优势表达基因遗传转化