Perfusion bioreactor - Globe Thesis

Keyword [Perfusion bioreactor] Result: 1 - 17 \| Page: 1 of 1
1.	Enhancement Of Tissue Engineered Bone Formation By A Flow Perfusion Bioreactor Improving Three-dimensional Cell Seeding And Growth In Porous Scaffolds
2.	Research Of Human Marrow Mesenchymal Stem Cell Perfusion Bioreactor Culture And The Biocompatibility Study Of MSC On Scaffolds
3.	The Culture Of Bone Mesenchymal Stem Cells Of Rabbits And Collage Scaffolds Using Bioreactor
4.	Three-dimensional Culture Of Neural Stem Cells And Construction Of Neural-like Tissues
5.	The Design And Application Of The A Novel Perfusion Bioreactor In The Bone Tissue Engineering
6.	Cartilage Tissue Engineering By Electrospun PCL Scaffolds Seeded With Rabbit Chondrocytes Under Flow Perfusion Culture In Vitro
7.	A New Type Of Perfusion Bioreactor Experimental Platform Design For Tissue-engineered Skin And Quasi-static Plane Flow Field Numerical Simulation Research
8.	A Study Of Construction Of Critical Size Tissue Engineered Bone By The Perfusion Bioreactor In Vitro
9.	Preliminary Study On Large Scale Cultivation Of Hepatocytes By A Circulating Perfusion Bioreactor
10.	In Vitro Study Of Constructing Tendon Stem Cell Composite Calf Freeze-dried Cancellous Bone Graft
11.	Study On The Flow Rate Of Perfusion Bioreactor On The Proliferation And Osteogenic Differentiation Of ?-TCP Mesenchymal Stem Cells
12.	The Use of a 3D Perfusion Bioreactor with Osteoblasts and Osteoblast/Endothelial Cell Co-cultures to Improve Tissue-Engineered Bone
13.	A perfusion bioreactor system for anatomically shaped mandibular condyles
14.	Development and implementation of an NMR-compatible three-dimensional perfusion bioreactor to study hMSC microenvironment
15.	Process Development for Expansion of Human Mesenchymal Stem Cells (hMSCs) using Three Dimensional (3D) Constructs in Novel Perfusion Bioreactor
16.	Development and application of a 3-D perfusion bioreactor cell culture system for bone tissue engineering
17.	A three-dimensional perfusion bioreactor system with porous glycosaminoglycan-based scaffolds for expansion of CD34+ hematopoietic stem cells
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