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报告题目 |
报告人 |
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1 |
聚合物胶束在肿瘤靶向治疗中的应用
Targeting therapy of cancer using polymeric micelles |
胡富强 教授
浙江大学 |
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2 |
纳米技术改善水难溶性药物功效的研究
Nanotechnology improve the efficacy of water-insoluble drug |
李亚平 研究员
上海药物所 |
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3 |
PCL,PCL-PEG及其在药剂中的应用
PCL,PCL-PEG and their pharmaceutical uses |
郭圣荣 教授
上海交通大学
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4 |
Emerging Fields in Functionalized Liposomal Nanomedicines in Recent Ten Years:
近10年功能化脂质体纳米药物的研究进展 |
吕万良 教授
北京大学药学院 |
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5 |
Enhanced Cytotoxic T cell response to DNA Vaccine by Listeriolysin O-incorporated anionic LPDII
李斯特菌溶血素对LPDII基因疫苗传递系统细胞毒性T细胞免疫应答的增强作用 |
孙逊 教授
四川大学
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6 |
Targetting delivery of drugs and genes by polymeric micelles
通过聚合物胶束实现药物与基因的靶向输送 |
涂家生 教授
中国药科大学 |
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7 |
Bioadhensive microparticle drug delivery systems: strategies, achievements and future challenges
生物粘附性微粒给药系统的研究策略、进展和应用前景 |
陆伟跃 教授
复旦大学
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8 |
Studies on RGD-Mediated Brain-target Ferulic Acid Liposome RGD介导阿魏酸脑靶向脂质体的研究
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陈大为教授
沈阳药科大学药学院
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9 |
Fundamental Issues of Particle and Powder for Pharmaceutical Applications
颗粒和粉末在制剂应用方面的关键议题 |
Gregory E. Amidon, Ph.D.
University of Michigan, USA |
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10 |
Chemical and Physical Characterization of Particles for Preformulation
配方前期颗粒的化学物理表征 |
Geoff G.Z. Zhang, Ph.D.
Abbott Laboratories, USA |
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11 |
Critical Factors Giving Rise To Chemical Instability in Solid Dosage Forms
固体制剂中影响化学稳定的关键因素 |
George Zografi, Ph.D.
University of Wisconsin-Madison,
USA |
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12 |
Overview of Tablet Excipients and Their Relevant Quality Attributes
片剂辅料及其相关的质量属性 |
Vishal K. Gupta, Ph.D.
Covidien (Formerly Tyco Healthcare Mallinckrodt), USA |
13 |
Particle Design and Formation Processes
颗粒设计和构成过程 |
Yoshiaki Kawashima, Ph.D. Aichi Gakuin University, Japan |
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14 |
Developing the Design Space of Pulmonary Drug Delivery Systems
确立肺部给药系统的设计空间 |
Jesse Zhu, Ph.D.
The University of Western Ontario, Canada |
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15 |
Pharmaceutical Materials Science: Digital Definition
药用材料科学：数字定义 |
Alan Windle, Ph.D.
Cambridge University, UK |
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16 |
Relating Powder Mixing Process Parameters to Content Uniformity - a risk analysis
粉体混合过程参数与含药量均匀度的关联：风险分析 |
Fernando J. Muzzio, Ph.D.
Rutgers University, USA |
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17 |
Design Space and Optimization of Pharmaceutical Products and Processes
制药产品及工艺的设计空间和优化 |
Fernando J. Muzzio, Ph.D.
Rutgers University, USA |
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18 |
Evaluation of Critical Process Parameters for Powder Flow for Pharmaceutical Applications
制药应用中关键粉体流动参数的评价 |
Guihua Qian, Ph.D.
Catalent Pharma Solutions, USA |
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19 |
Quantitative Simulation of Wet Granulation for Pharmaceutical Processing
药用湿法制粒的定量模拟 |
James D. Litster,
Purdue University, USA |
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20 |
Scale-Up of Wet Granulation Process
湿法制粒过程放大 |
Karen Hapgood, Ph.D.Monash University, Australia |
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21 |
Mechanistic Understanding of Powder Compaction and Granulation
粉体压合和制粒的机理解析 |
Stephen W. Hoag, Ph.D.University of Maryland, USA |
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22 |
Powder Compaction and Compaction Simulation
粉体压合和压合模拟 |
Gregory E. Amidon, Ph.D.University of Michigan, USA |
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23 |
Influence of Excipients Functionality by Raw Material and Processing Parameters
原料及其加工过程对辅料功能特性的影响 |
Eugen Schwarz, Ph.D.Molkerei Meggle ,Germany |
