1.
PSAG12-ipt Gene Transformed into Tobacco for Inhibition of Leaf Senescence;
PSAG12-ipt基因转化烟草抑制早衰的研究
2.
The Examination of Characters among T_0 Generation P_(SAG12)-IPT Transgenic Ramie Lines
转P_(SAG12)-IPT基因苎麻株系T_0代性状考查
3.
Photosynthetic Characteristics of P_(SAG12)-IPT Transgenic Ramie Lines
转P_(SAG12)-IPT基因苎麻株系光合性能研究
4.
Study on Senescence Retarding Through P_(SAG12)-ipt Introduction into Zoysia Sinica Hance;
P_（SAG12）-ipt基因导入延缓中华结楼草衰老研究
5.
Study on the Potato Transformation with Leaf Senescence-inhibition Gene P_(SAG12)-IPT;
叶片衰老抑制基因P_（SAG12）-IPT转化马铃薯的研究
6.
Study on the Safety of Transgenic Wheat with Leaf Senescence-Inhibition Gene P_(SAG12)-IPT;
转延缓叶片衰老基因P_（SAG12）-IPT小麦安全性研究
7.
Gene Transformation of P_(SAG12)-IPT in Gerbera Modified by Particle Bombardment and Its Anti-senescence Mechanisms;
基因枪介导P_（SAG12）-IPT基因转化非洲菊及其抗衰老机理的研究
8.
Study on Transfering Leaf Senescence-inhibition Gene to Wheat via Microprojecticle Bombardment;
基因枪介导法将叶片衰老延缓基因P_（SAG12）-IPT导入小麦品种的研究
9.
Molecular Detection and Traits Test of Transgenic Ramie(Boehmeria Nivea L.Gaud) with P_(SAG12)-IPT Gene and B_t Gene
苎麻转P_（SAG12）-IPT基因和B_t基因的分子检测及性状考察
10.
Studies on Transforming P_(SAG12)-IPT Gene to Wheat via Pollen-Tube Pathway;
花粉管通道法将叶片衰老延缓基因P_（SAG12）-IPT导入小麦品种的研究
11.
Studies on Agrobacterium Tumefaciens-mediated Transformation of Torenia Fournieri L. with P_(SAG12)-IPT;
根癌农杆菌介导的P_（SAG12）-IPT基因转化蓝猪耳的研究
12.
Study on the Wheat Transformation with Leaf Senescence-Inhibition Gene P_(SAG12)-IPT;
叶片衰老抑制基因P_（SAG12）-ITP转化小麦的研究
13.
Studies on the Establishment of the Genetic Transformation System of Eucalyptus Entophytic Fungi;
一株转IPT基因的桉树内生真菌的构建
14.
Study on Gene Heredity and Expression of the Ipt-bar-transgenic Rice;
转bar-ipt基因水稻的遗传及基因表达研究
15.
Regulation of Leaf Senescence by Ipt and Antisense EFE Genes in Trans-tomato Plant;
Ipt基因和反义EFE基因调控番茄叶片衰老的研究
16.
Effect of ipt-bar Binary Genes on Growth and Development in Rice(Oryza Sativa);
转ipt-bar双价基因对水稻生长发育影响的研究
17.
Effect of IPT Gene on Senescence-inhibition and Yield in Rice (Oryza Sativa L.);
IPT基因抑制水稻衰老的效应及其对产量的影响
18.
Establishment of Regeneration System and the Transformation with ipt Gene of Zanthoxylum Piperitum DC var. Inerme Makino;
花椒再生体系的建立及ipt基因遗传转化研究