titanium surface - Globe Thesis

Keyword [titanium surface] Result: 1 - 20 \| Page: 1 of 8
1.	The Fabrication And Bioactivity Study Of Ca-P Coatings On Titanium Surface
2.	The Effect Of Titanium Surface Characteristics On The Biological Sealing
3.	Development Of GGW Titanium Bonding Porcelain And The Effect Of Titanium Treatment On Titanium-ceramic Bonding Strength
4.	Biocompatible Study Of Hydroxyapatite Modified Titanium For Keratoprosthesis (in Vitro And In Vivo)
5.	Synthesis And Evaluation Of Chemically Modified SLA Titanium Surface
6.	Research Of Hydroxyapatite Modified Titanium By IBAD For Keratoprosthesis
7.	The Study On The Surface Modification Of Titanium And The Effects On Its Bioactivity
8.	Evaluation Of Bond Characteristics Between Porcelain And Titanium Fabricated By Laser Rapid Forming
9.	Implant Titanium Surface Modification Using Nano-zinc Ion Deposition
10.	The Study Of Halogen Applied To Titanium Surface Treatment On Percutaneous Implant
11.	The Biological Study And Construction Of Micro-nano Titanium Surface
12.	Surface Of The Titanium Surface Of The Titanium Oxide Film, Calcium And Phosphorus Characterization Titanium Biological Activity
13.	Cementum Matrix Extract Extract And Promote Gingival Fibroblasts, Osteoblasts On The Titanium Surface Adhesion And Migration Of Experimental Research
14.	Fabrication, Characterization, And Biological Assessment Of Multilayer RhBMP-2DNA Coatings On Sandblasted Dual Acid Etched Titanium Surface
15.	Effects Of Alkaline Heat Treatment On Integrins Of Osteoblasts On Titanium Surface
16.	Effects On Attachment And Growth Of Human Periodontal Ligament Fibroblasts On Titanium Surface
17.	The Influence Of Physical And Chemical Properties On Bioactivity Of Treated Titanium Surface
18.	Influence Of Surface Microstructure Of Titanium On The Biological Behaviour Of Rat Osteoblasts And Human Monocytes
19.	Study On Immobilization Collagen On Hydroxyapatite And Titanium Surface
20.	Influence Of Surface Modification Of Titanium On The OPG/RANKL MRNA Secretion And Expression Of MG-63 Human Osteoblast-like Cells
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