1.
Distribution of Pollen Fertility in Selfing Generations of a Two-line Sterility Line, Zao S;
两系不育系早S花粉育性的世代分布
2.
Seed production safety for two-line sterile line
两系不育系制种安全性检验试验报告
3.
Physiological and Biochemical Study on Leaf Senescence in F_1 Hybrids of a Male Sterile Line with Puriple Leaf Marker;
紫叶标记性两系不育系杂种F_1叶片衰老的生理生化研究
4.
Exploration into Biological Characteristics of a Dominant Dwarf PGMS Line Ai'Pei 64S
显性矮杆水稻两系不育系矮培64S生物学特性的研究
5.
Effects of Two Kinds of Jasmonates on Two-line Hybrid Rice Seed Production
2种茉莉酸类物质对杂交水稻两系不育系的调花效果
6.
Improving the Resistance of Jinshan S-2 to Rice Blast through Marker-Assisted Backcross Breeding
利用回交和MAS技术改良优质两系不育系金山s-2的稻瘟病抗性
7.
Breeding of Recessive Genic Male Sterile Lines 99F114AB and 99F121AB in Brassica nupus L.
甘蓝型油菜隐性核不育两型系的选育
8.
Genetic Evaluation on Photo-Thermo Period Sensitive Genic Male Sterile Line Labeled with Different Leaf Color Marker;
带有不同叶色标记的两系稻不育系的遗传评价
9.
Mechanism of Nuclear Male Sterility in G17AB Line Watermelon;
西瓜G17AB核雄性不育两用系的不育机理研究
10.
Preliminary Study on Male Sterile Gene of Dual Purpose Lines with Nucleic Male Sterile Gene by RAPD Molecular Marker in Brassica napus L.
油菜核不育两用系不育基因RAPD标记研究初报
11.
Studies on Applied Basis of Dual-purpose Genic Male Sterile Rice 9771S;
水稻两用核不育系9771S应用基础研究
12.
itive Genio Male Sterile Lines in Rice;
水稻优质适用型两用不育系应用研究
13.
THE SELECTION AND UTILIZATION OF CHINESE CABBAGE (BRASSICA PEKINENSIS RUPR.) "127" OF MALE STERILE AB LINE
大白菜“127”雄性不育两用系的选育与利用
14.
Studies on Dreeding and Application the Dual-purpose Genic Male Sterile Line 8015S;
水稻两用核不育系8015S的选育及应用研究
15.
Breeding and Application of Genetic Male Sterile Line 01-3AB in Celery
芹菜雄性不育两用系01-3AB的选育与利用
16.
A Study on Thermo-photosensitivity Characteristic of Fertility Transfer of Dual-purpose Genic Male Sterile Line of Sorghum at High Critical Temperature;
高起点温度两系高粱不育系育性转换温光特性研究
17.
Research on Application of Dominant Genic Male Sterile Homozygous Two-Type Lines in Brassica Napus L.;
甘蓝型油菜显性核不育纯合两用系的应用研究
18.
Genetically Engineering Photoperiod-Sensitive Male Sterile Rice Through Antisense-OsPDCD5 Gene
利用antisense-OsPDCD5基因创建水稻光敏雄性不育两用系