Phase separation - Globe Thesis

Keyword [Phase separation] Result: 1 - 20 \| Page: 1 of 3
1.	Study On Sustained-Release Formulation Of Proteins And Its Application For Human Growth Hormone
2.	The Study Of Sustained-releasing Endostar PLGA Microspheres Combined Calcium Phosphate Cement In The Treatment Of Osteosarcoma
3.	Preparation And Characterization Of Poly (DL-lactic Acid) Porous 3-D Scaffolds For Bone Tissue Engineering
4.	Preparation And Characterization Of Bilayer Chitosan Membrane
5.	Preparation Of PLA-co-Col/β-TCP Reservoir-type Carrier And Its Release Performance
6.	Preparation And Characterization Of Oxygen Release Porous Composite Scaffolds
7.	Fabrication And Properties Of Biomimetic Composite Nano-fibrous Scaffolds By A Dual Phase Separation Technique
8.	Study On The Properties Of Poly(Lactic Acid)/Gelatin Composite Fibers Prepared By Electrospinning
9.	Preparation Of Nano-Fibrous Aliphatic Polyesters And Their Composites Scaffolds Via Phase Separation
10.	Fabrication And Biological Properties Of PDLLA/n-HAP Composite Porous Tubular Scaffolds
11.	Extraction Of Drugs By Phase Separation Between Acetonitnile-Water Caused In Low Temperature
12.	Prepare Pore Size Porous Glass And Analysis The Effect Of Conditions On Glass
13.	Synthesis And Characterization Of PHBV Nanofibers Scaffold
14.	The Organization Works With Poly (lactic Acid) Enhanced Preparation And Characterization Of Nano-fibrous Porous Scaffold
15.	H The-htbn-b-peg Polyurethane Block Copolymers, Micro Phase Separation Behavior And Biomedical Properties
16.	The Biodegradable And Biological Porous3D And4D Scaffolds Fabricated By Phase Separation For Bone Defect Repair
17.	Fabrication Of Medical Polymeric Tissue Engineering Scaffolds And Their Structure And Properties Research
18.	Constitution And Cytocompatibility Of Artificial Epithelium For Esophageal Tissue Engineering Research
19.	Fabrication Of Tubular Nanofibrous Scaffolds Via Thermally Induced Phase Separation And Their Biological Evaluation For Vascular Tissue Engineering
20.	Fabrication And Cell Responsive Behavior Of Macroporous PLLA/Gelatin Composite Scaffold
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