Surface-Modified - Globe Thesis

Keyword [Surface-Modified] Result: 1 - 20 \| Page: 1 of 4
1.	Investigation Of Murine Yolk Sac Multipotent Mesenchymal Stem Cells Combined With Collagen Surface-Modified CPC In Vitro
2.	Study On The Biocompatible Interface Of Human Hepatocytes/Microporous Polypropylene Ultrafiltration Membrane
3.	Biocompatible Study Of Hydroxyapatite Modified Titanium For Keratoprosthesis (in Vitro And In Vivo)
4.	The Experimental Study On Manifold New-types Surface Modified IOLs
5.	Research Of Surface Modified Moderate-Caliber Dacron Vascular Graft Via Layer-by-layer Assembly Of Heparin And Chitosan
6.	The Experimental Study Of Modified Titanium Skirt For Keratoprosthesis
7.	The Study Of PLGA Nanospheres Surface Modified With Biotinylated Chitosan As The Antitumor Drug Delivery Carriers
8.	The Preparation, Charactization And Cell Experiments In Vitro Of A Somatostatin Receptor Targeted Magnetic Resonance Molecular Probe
9.	Study On Preparation Of SPIO Crosslinked With Octreotide And Differences Of Its Uptake By SSTR Positive And Negative Tumor
10.	Polymer-modified Liposome And Its Intracellular Transport
11.	Surface Modified Magnetic Particles In The Studies Of Small Molecule Interactomes
12.	Molecular Dynamics Simulation Of The Interaction Between Surface Modified Biomaterials And Protein Macromolecules
13.	Study On The Compatibility Of Ammonium Phosphate - Polyurethane Nanoparticles With Surface Modified Polyurethane And Its Properties
14.	An Experiment Study On The Prevention Of Posterior Capsular Opacification By The Implantation Of Diclofenace Surface Modified Intraocular Lens In Rabbit Eyes
15.	Research Of Endothelization On Titanium Oxide Film Surface Modified By Laminin Immobilization
16.	Biocompatible Study Of Hydroxyapatite Modified Titanium For Keratoprosthesis In Vivo
17.	The Compatiblity Study Of Surface-modified PHBHHx In Vitro
18.	Titanium Oxide Surface Modified By Plasma Immersion Ion Implantation Using Ammonia And Laminin Immobilization
19.	A Pilot Study Of Normal Rabbit's Cerebral Perfusion Using Polyaspartic Acid Surface Modified Ultrasmall Superparamagnetic Iron Oxide Particles On MR.
20.	In-situ Biomimetic Re-mineralization Research Of Enamel
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