Artificial Blood Vessels - Globe Thesis

Keyword [Artificial Blood Vessels] Result: 1 - 20 \| Page: 1 of 2
1.	Studies Of Small-diameter Artificial Vascular Graft With High Anticoagulant Property And Ability To Induce Regeneration
2.	Artificial Blood Vessels Carrying Adenovirus-mediated Vascular Endothelial Growth Factor Gene On Endothelial Cell Function
3.	Artificial Blood Vessels Carrying Adenovirus-mediated Vascular Endothelial Growth Factor Gene In Endothelial Cell Growth
4.	Layer-by-Layer Assembly Of Biomacromolecules To Improve The Cytocompatibility Of PET Artificial Blood Vessels
5.	Biocompatibility And Efficacy Of Biodegradable Small Diameter Artificial Blood Vessel
6.	Experimental Study Of Late Endothelial Progenitor Cells Seeded On Small Intestinal Submucosa Tissue Constructing Small-Diameter Artificial Blood Vessels
7.	Hybrid Surgery To Improve Lower Limb Artery Segmental Block The Impotrance Of Ischemia
8.	Construction Of Mimic Artificial Blood Vessels With Catalyzing No Generation
9.	Analyzing The Relative Factors Of Occlusion Atfer Artificially Bypass Gratfing On Arteirosclerosis Obliterans
10.	The Comparation Of Open Surgery With Endovascular Surgery Of Abdominal Aortic Aneurysm
11.	Reserch Of The Impact Of Electrostatic Spinning Small Diameter Artifical Blood Vessels’s Morphological Parameters To Its Performance
12.	Animal Experimental Study Of Small Diameter Artificial Blood Vessels Fabricated With Chitosan And Sulfated Silk Fibroin
13.	Electrostatic Spinning Preparation Of Small Diameter Artificial Blood Vessels Device And Process Development
14.	Surface Modification And Properties Study Of Silk Fibroin Fiber Fabric For Vascular Graft
15.	Research Of PHBV/PLA Woven Artificial Blood Vessels With High Supporting Force
16.	Three-layer Composite Small-caliber Artificial Blood Vessels Were Prepared By Electrospinning
17.	Preparation And Investigation On Endothelialization Of Bacterial Cellulose-based Small-diameter Vascular Grafts
18.	SKL Enhances Patency And Endothelialization Of Small-caliber Artificial Blood Vessels By Promoting Endothelial Cell Adhesion
19.	Studies On Bioartificial Vascular Materials Based On Combined Moulds And Electrospinning Technique
20.	Preparation And Evaluation Of Bacterial Cellulose-based Small-diameter Vascular Grafts
<<First <Prev Next> Last>> Jump to