Blood Compatibility - Globe Thesis

Keyword [Blood Compatibility] Result: 61 - 80 \| Page: 4 of 6
61.	Surface Modification Of Polycarbonateurethane Film To Improve Its Hemocompatibility By Covalent Linkage Of Heparin
62.	Synthesis And Biocompatibility Of Surface Modified Polyurethane With Different Charge Types Hydrophilic Structure
63.	Computer Simulation Of The Interaction Between Hydrophilic Structural Surface - Modified Polyurethane Materials And GLA Domain Of Coagulation Factor
64.	Preparation Of Biomedical Porous Polyurethane Film Material And Evaluation Of Its Blood Compatibility
65.	The Research On Biocompatibility Of Biliary Stents Made By Magnesium Alloy
66.	Involved In The Treatment Of Surface Blood Compatibility Modification
67.	Polymer / Montmorillonite Nano-anticoagulant Composites
68.	Triblock Copolymer Of Mpeg-plga-mpeg Nanoparticles And Their In Vitro Biological Studies
69.	Surface Modification Of Carbon-based Artificial Heart Valve
70.	Research On Phosphory Choline (PC) Bionic Modified Medical Dacron Materials And Anticoagulant Property
71.	Study On Preparation And Properties Of Different Functionalized Plasma Polymeric Films
72.	Determination Of Radiation Sterilization Dose Of Central Venous Catheter And Systematic Study Of Radiation Adaptability
73.	Surface Modification And Properties Study Of Pet Fabric For Vascular Graft
74.	Pre-Study Of The Dexamethasone Drug-Eluting Stent
75.	Study On The Microwave Assisted Surface-modification Of Polyurethane And Its Blood Compatibility
76.	Nanotechnology Application In The Field Of Anti-clotting Biological Materials
77.	Synthesis And Properties Of The New Anti-clotting Material Zwitterionic Ammonium Phosphate Modified
78.	Structure Of The Surface Modification Of Different Types Of Hydrophilic Polyurethane Synthesis And Its Biocompatibility
79.	Construction Of Biomimetic Vascular Network Applied To A Tissue-Engineered Liver Scaffold With Computer Assisted
80.	Establishing Endothelial Progenitor Cells Specific Capture Surfaces And Evaluating Performance Of These Surfaces
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