Biocompatibility - Globe Thesis

Keyword [Biocompatibility] Result: 41 - 60 \| Page: 3 of 10
41.	Basic And Clinical Application Research Of Poly-D, L-lactic Acid Absorbable Internal Fixation Rods
42.	Construction Of Biomembrane Mimetic Surface/interface Via Phosphorylcholine Technology
43.	Biosynthesis And Property Modificationof Polyhydroxyalkanoates
44.	A Novel Composite Materials-Preparation And Biocompatibility Of Graded Zirconia-Hydroxyapatite Composite Bioceramic
45.	The Preparation Of Tranilast-Eluting Stents And Its Prevention Effects On Neointimal Hyperplasia In The Porcine Coronary Model
46.	Extracorporeal Whole Blood Immunoadsorption Of Passively Transferred Experimental Autoimmune Myasthenia Gravis
47.	An Experimental Study On Biocompatibility And Ni～(2+) Separation Of Nitinol Modified On Its Surfaces By Titanium Or Titanium-Niobium Alloy
48.	The Development Of Surgical Grade α-hemihydrate Calcium Sulfate And Its Related Research
49.	Experimental Study Of The Anti-proliferative Effects Of AGS-CsA Membrane On The Glaucoma Filtering Surgery
50.	The Synthesis And Experimental Research Of Nano-Hydroxyapatite/Fibroin/polylactide (nHAF/PLA)
51.	Research Work On Mechanism Of HA/TCP Biphasic Bioceramics' Osteoinductivity
52.	Preparation And Characterization Of A Novel Self-setting Bone Substitute Containing Of RhBMP-2 Loaded Microspheres
53.	The Effects Of Carbamide Peroxide Bleaching Gel With Different Thickening Agents On Enamel And Restorative Material
54.	Tissue Engineering Technique Research In Neural Stem Cells Repairing Facial Nerve Defect
55.	Clinical And Experimental Evaluation Of Transcatheter Closure Of Ventricular Septal Defects
56.	Experimental Study Of Vascular Graft By Tissue Engineering Technique
57.	Experimental Research On Tissue Engineering Bone With Xenogeneic Cancellous Bone Scaffold
58.	Biocompatibility Research Of The Valved Bovine Jugular Vein Conduits
59.	The Development And In Vivo Study Of A Type Ⅱ Endoleak Preventable Stent-Graft
60.	Study On The Application Of Poly(3-hydroxybutyrate-co-hydroxyhex-anoate) In Vascular-Related Tissue Engineering
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