Electrostatic - Globe Thesis

Keyword [Electrostatic] Result: 1 - 20 \| Page: 1 of 7
1.	Studies On Bupivacaine Loaded Sustained-release Microspheres
2.	The Cytocompatible Surface Design On Poly (DL-lactide) Tissue Engineering Scaffold
3.	The Investigations Of Treatment Lewis Lung Cancer Of Mice With High Voltage Prick Electrostatic Field
4.	Structure Function Relationship Study Of SARS Main Proteinase And Spike Protein And The Drug Design Of SARS Inhibitors By Kewen Zheng
5.	Construction Of Biocompatible And Drug Delivery Mutilayers Films Via Electrostatic Self-Assembly
6.	Study On Interfacial Reaction Of Neural Cells To Materials And Its Related Mechanism
7.	Study On The Self-Assembly Material And Conductive Material Used In Repairing Nerve Defect
8.	Surface Modification And Biocompatibility Evaluation Of Acrylate Intraocular Lenses
9.	Construction Of Multifunctional Coatings For Cardiovascular Devices Via Layer-By-Layer Self-Assembly Of Hyperbranched Polyethers
10.	Oral Administration Of Rifampicin, Sodium Alginate Microsphere Delivery System
11.	Evaluation Research On The Adsorbing And Electrostatic Field Synthetic Action Mode Of Air Dynamic Purification System Application In Hospital
12.	Preparation And Properties Of Tissue Engineering Support Based On Electro - Spinning Technology
13.	Structure-function Relationship Of The Extracellular Domain Of Toll-like Receptor 2
14.	Study On Cytomedicine Of Alginate-Poly(L)lysine-Alginate Microcapsules
15.	Effects Of High-voltage Prick Electrostatic Field On The Physiological Function Of Human Liver Cancer Cells
16.	Effects Of High Voltage Prick Electrostatic Fields With Chemotherapeutics On The Growth Of HeLa
17.	The Experimental Studies Of Functions Of The High Voltage Electrostatic Field And Its Medicine Sensitiveness Functions On Lung Cancer
18.	Construction Of The Antibacterial Coating Via Layer-by-Layer Electrostatic Self-Assembly
19.	The Experimental Study Of Microencapsulated Newborn Rats Ovaries In Vitro And Allotransplantation
20.	Effects Of High Voltage Prick Electrostatic Fields On The Growth Of Tumor Cells And The Tumor-bearing Mice
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