欢迎您!
东篱公司
退出
申报数据库
申报指南
立项数据库
成果数据库
期刊论文
会议论文
著 作
专 利
项目获奖数据库
位置:
成果数据库
>
会议
> 会议详情页
The Quadruplex-Duplex Competition in G-rich DNA
所属机构名称:天津大学
会议名称:The International Symposium on Advanced Bio, Nano, and Pharmaceutical Science and Technology
成果类型:会议
相关项目:分子仿生调控药物结晶的作用机理与过程强化研究
作者:
付雁|
同会议论文项目
分子仿生调控药物结晶的作用机理与过程强化研究
期刊论文 65
会议论文 37
著作 1
同项目会议论文
粒子过程晶体产品分子组装与形态优化技术
Structural polymorphism of G-rich DNA and its orientation to nanoparticles
G-DNA polymorphic structures & its orientation to nanoparticles,
Frontiers in crystal engineering science and technology
钾镁盐矿生态化开发的晶体工程研究
Functional nanomaterials modulated by biomolecular assembly
粒子过程晶体产品分子组装与形态优化技术
DNA-Regulated Synthesis of Active Pd Nanoparticles
The Quadruplex-Duplex Competition in G-rich DNA
现代工业结晶科学与技术发展前沿
贯彻落实《国家中长期教育改革和发展规划纲要 (2010—2020年)》 深化全国化工学科教育改革
G-DNA polymorphic structures & its orientation to nanoparticles,
The Quadruplex-Duplex Competition in G-rich DNA
生物大分子药物晶体超分子组装与调控的系统工程研究
Investigation on the spherical crystallization process of cefotaxime sodium
钾镁盐矿生态化开发的系统工程研究
关于高端制造业创新发展的思考
富G-DNA引导组装二氧化硅分枝状纳米结构
晶体工程过程系统工程研发进展
Branched Silica Nanostructures Oriented by Stickable G-ribbons
Structural polymorphism of G-rich DNA and its orientation to nanoparticles
Structural polymorphism of G-rich DNA and its orientation to nanoparticles
G-DNA polymorphic structures & its orientation to nanoparticles,
The Quadruplex-Duplex Competition in G-rich DNA
Zheng L, Zhang J L, Li W, et al, Silver nanocrystals oriented by DNA templates,
Structural polymorphism of G-rich DNA and its orientation to nanoparticles
绿色化学化工发展前景
Structural polymorphism of G-rich DNA and its orientation to nanoparticles
G-DNA polymorphic structures & its orientation to nanoparticles,
Degradation Kinetics and Aqueous Degradation Pathway of Cloxacillin Sodium
Intensified production of 5-HMF over Lewis acid catalysts in ionic liquid
Effect of sonocrystallization on the crystal size distribution of Cloxacillin Benzathine crystal
粒子过程晶体产品分子组装与形态优化技术
粒子过程晶体产品分子组装与形态优化技术
现代化工
Crystal Nucleation & Growth: experimental and molecular modeling