1.
The Construction of Highly Efficient Transformation Library of Magnaporthe Oryzae;
稻瘟病菌Magnaporthe oryzae高效转化文库的构建
2.
STUDY ON THE HIGHLY EFFECTIVE TRANSFORMATION SYSTEM OF COLD-TOLERANT GENE AMGS TRANSFORMED INTO CHINESE PHOTINIA
石楠抗寒基因AmGS高效转化体系的研究
3.
Progress in Commercial Technologies for Domestic FCC Catalysts for High Efficiency Heavy Oil Conversion
国内重油高效转化FCC催化剂工业化技术进展
4.
ESTABLISHMENT OF HIGH EFFICIENCY FOREIGN GENE TRANSFORMATION SYSTEM OF CHLAMYDOMONAS REINHARDTII AND STUDING ON GENE TRANSFORMATION OF DICRATERIA INORNATA;
莱茵衣藻外源基因高效转化系统的建立及金藻转化方法的研究
5.
Research in Effective Improved on the Technique of Bt Gene CryIAc Transforming Capsicum by Agrobacterium Tumefaciens;
农杆菌介导CryIAc基因高效转化辣椒的改进方法
6.
Basic Research on Composition, Structure and Efficient Conversion of Heavy Oils;
重油的组成结构和高效转化的基础研究
7.
Establishment of Genetic Transforment System for Micro-Tom Tomato;
Micro-Tom番茄高效遗传转化体系建立
8.
Study on Screening of High Efficient Strains for Shenfu Coal Bioconversion;
神府煤生物转化高效菌株的优选研究
9.
Strengthen the fund management to ensure the enterprises’high efficiency;
强化资金管理 保障企业高效运转
10.
The model of plant transform efficiently on Songnen plain;
松嫩平原黑土带粮食高效益转化模式
11.
Numerical study of the enhancement of efficiency of high-order harmonic generation in two-color laser field
双色场中高次谐波转化效率提高的数值研究
12.
Characterization of the Highly Efficient Catalysts for Methane Conversion Prepared by Plasma Method;
等离子体法制备甲烷转化高效催化剂的表征
13.
Establisment and Optimize of High Effective Regeneration System and Transformation System in Melons (Cucumis melo L.);
甜瓜高效再生体系、转化体系的建立与优化
14.
Applied Research on The Efficient of Bio-chemical Technology in Compost′s Transforming
高效生物化工堆肥转化技术的应用研究
15.
Study on competent cell preparation for increasing efficiency of transformation
优化感受态细胞制备方法提高转化效率的研究
16.
Photochemistry synthesis of PEI for gene delivery with high transfection efficiency
光化学法合成高基因转染效率的聚乙烯亚胺
17.
Studies on Mechanism of a High-efficient Regeneration System and Genetic Transformation of Strawberry;
丰香草莓高效再生的机理及遗传转化研究
18.
MDR1 Gene Transfection to Improve the Effect of Hepatocarcinoma Mice High-dose Chemotherapy;
转染多药耐药基因提高小鼠肝癌化疗疗效研究