1.
Transforming Anti-TrxS Gene into Wheat by Microprojectile Bombardment and Study on the Physiological Traits of the Transgenic Plant;
基因枪转化Anti-TrxS基因与转基因小麦生理特性的研究
2.
Studies on the Optimization of Wheat Genotypes and Culture System and Transferring Anti-TrxS Gene into Wheat;
小麦受体基因型与再生体系的优化及Anti-TrxS基因的遗传转化
3.
Expression and Physiological and Bio-chemical Effects of Exogenous Anti-TrxS Gene in Transgenic Wheat and Its Pre-Harvest Sprouting Resistance;
反义TrxS基因在小麦中的表达、生理生化作用与抗穗发芽特性的研究
4.
Studies on the Sprouting Characteristic and Physiological Biochemical Metabolism of the Transgenic Anti-TrxS Gene Wheat;
转反义TrxS基因小麦的穗发芽特性及相关生理生化代谢的研究
5.
Transformation of Anti-TrxS Gene by Microprojectile Bombardment and Genetic Analysis of the Transgenic Wheat Progenies;
基因枪转化Anti-Trxs基因与转基因小麦后代的遗传分析
6.
Effects of Exogenous Trxs on Physiological and Biochemical Characteristics of Salt Tolerance in Transgenic Barley Seedlings
转外源Trxs基因大麦耐盐性有关生理生化特性分析
7.
Effects of trxS gene on protein degradation in germinating barley seeds
trxS基因对大麦发芽籽粒中蛋白质降解的影响(英文)
8.
The Expression and the Effects of TrxS Gene on Hydrolytic Enzymes and Degradation of Storage Substances during Malting Barley Seed Germination;
TrxS的表达及其对啤酒大麦发芽种子水解酶和贮藏物质降解的影响
9.
Effects of Over Expressing Trxs on Antioxidant Enzymes Activities in Transgenic Barley Seedling Leaves under H_2O_2 Stress
过量表达Trxs对H_2O_2胁迫下大麦幼苗叶片抗氧化酶活性的影响
10.
extinguisher loci
消失基因座，绝灭基因座
11.
Of, relating to, produced by, or being genes or a gene.
基因的基因的，与基因有关的，基因产生的
12.
Genes are described as DOMINANT or RECESSIVE.
基因分为显性基因和隐性基因。
13.
hypomorphic allele
次等位因素对偶基因
14.
Studies on Polymorphism of Prolactin Receptor Gene and Follicle-Stimulating Hormone Beta Subunit Gene in Swine;
猪PRLR基因和FSHβ亚基基因多态性研究
15.
Research on Hte Microarray Based Gene Mining Algorithm;
基于基因表达谱的基因挖掘算法研究
16.
Human Genome Project,Post-genome Research and Gene Medicine --New Century of Diagnosis,Pharmaceutics and Therapy with Gene Technique;
人类基因组计划、后基因组研究与基因医学——基因诊断、基因制药与基因治疗的新世纪
17.
Genetic material produced by gene-splicing.
重组基因材料基因分割而产生的基因材料
18.
Gene distribution was out of balance. Dominant genes were more than recessive ones.
基因的分布是不对称的,显性基因多于隐性基因。