Tissue-engineered blood vessels - Globe Thesis

Keyword [Tissue-engineered blood vessels] Result: 1 - 19 \| Page: 1 of 1
1.	The Studies Of Biologically Functional Effect Of Shear Stress On Human Bone Mesenchymal Stem Cells Molecular Mechanism Involved
2.	Preliminary Study Of Tissue Engineered Blood Vessels Contructed By Using Mensenchymal Stem Cells And Vessels Acellar Matrix
3.	Multiplication Variation And Proteomic Profiling Of HMSCs Under Shear Stress
4.	The Promotion Of Endothelial Progenitor Cells Homing By Nerve Growth Factors In Constructing Tissue-engineered Blood Vessels In Vivo
5.	Construction Of Innervated Small Diameter Tissue Engineered Blood Vessels In Vivo
6.	Experimental Reseatch On The Small Diameter Tissue-engineered Blood Vessels Materials Constructed By Pulsed Electric Fields Stimulation
7.	Biofabrication Of Bacterial Cellulose And PLGA Via Layer-by-layer Rolling-based Fabrication Technique For Tissue-engineered Blood Vessels
8.	The Research Of Tissue-engineered Blood Vessels Constructed By Human Gingival Fibroblasts
9.	Construction Of Antithrombotic Tissue-engineered Blood Vessels With Biomimetic Enzymatic Reaction
10.	The Effect Of Inflammation Resolution And Nerve Reconstruction On Long-term Patency Of Small-diameter Tissue Engineering Blood Vessels
11.	Quantification And Evaluation Of Mechanical Stimulation In Tissue Engineered Blood Vessel Culture
12.	The Study Of Regulation Of Macrophages To Promote Rapid Endothelialization Of Tissue-engineered Blood Vessels
13.	Construction Of A Small-caliber Tissue-engineered Blood Vessel Via Surface Modification Of Icariin-loaded ?-cyclodextrin Sulfate For In Situ Anticoagulation And Endothelialization
14.	The Study Of Intima Surface Modified By Drug Delivery System Promotes Endothelialization Of Tissue Engineered Blood Vessels
15.	Construction Of Functional Tissue Engineered Blood Vessels With Endothelial Cells Derived From Embryonic Stem Cells And MCC950
16.	Electrospun Polycaprolactone Scaffolds for Small-Diameter Tissue Engineered Blood Vessels
17.	Understanding the Development of Tissue Engineered Blood Vessels
18.	Elastin and viscoelasticity in cell-seeded collagen constructs cultured in vitro: Implications for tissue-engineered blood vessels
19.	Preparation Of Small-caliber Tissue-engineered Blood Vessels Based On The Release Strategy Of Gas Signal Molecules
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