cell-compatibility - Globe Thesis

Keyword [cell-compatibility] Result: 1 - 20 \| Page: 1 of 3
1.	Surface Construction And Bio-compatibility Of A Novel Polyurethane Material For Cardiovascular Biomedical Applications
2.	The Modified Poly (DL-lactic Acids) And Their In-vitro Degradation And Cell Compatibility
3.	The Preparation Of APCS-BM And Investigation Of The Repairing Of The Rabbit's Defect Cornea
4.	The Research On Drug-Eluting Stents
5.	Study On Biological Properties Of Degradable Drug-loaded Poly (hydroxybutyrate-co-hydroxyhexanoa Te) Coating
6.	Preparation Of β-Cyclodextrin Immobilized Poly(d,l-lactic Acid) And Cell Compatibility
7.	The Studies On Peripheral Nerve Tissue Engineering Schwann Cells Compounded With PLA Materials In Vivo & Vitro
8.	Research On Bovine Pericardium As Controlled Degradation Material Of Tissue Engineering
9.	An Experimental Study On Cytotoxicity And Cell Compatibility Of A New Porcine Collagenic Dermal Matrix In Vitro
10.	Structure And Cell Compatibility Study On The Silk Fibroin Scaffolds Obtained By Polyepoxy Compound
11.	Preparation Of Polylactide Biomaterials Modified By Cyclodextrin And Evaluation For Its Cell Compatibility In Vitro
12.	Preparation Techniques Of Silk Fibroin Blend Membranes And Cell Compatibility Study
13.	The Preliminary Experimental Study On The Fabrication Of Tissue-engineered Anterior Cruciate Ligament Using The Braided Polyvinyl Alcohol Materials
14.	Study On Peripheral Nerve Regeneration With RGD Grafted Poly[LA-(Glc-Lys)]/PDLLA/β-TCP Composites
15.	Study On Characteristics And Cell Compatibility Of Injectable Calcium Phosphate Cement Reinforced By Silk Fibroin
16.	Related Research Of Constructing A New Bone Filling Material For Kyphoplasty
17.	Endothelial Cell Compatibility And Preliminary Implantation Study Of Diamond-like Carbon Films For Artificial Mechanical Valve Applications
18.	In Vitro Evaluation Of The Microstructural Vascular Scaffold With Micro-Tip Direct Writing Technology
19.	Study On The Synthesis Of Hydroxypropyl Cellulose Esters Liquid Crystals And The Cell Compatibility Of Their Polymer-based Composite Membranes
20.	Decalcified Bone Matrix And Deproteinized Bone Derived From Human Avascular Necrotic Femoral Heads: Preparation And Their Cell Compatibility
<<First <Prev Next> Last>> Jump to