Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
6483954 | Biochemical Engineering Journal | 2016 | 32 Pages |
Abstract
One of the greatest puzzles in wound healing is how to substitute or replace the defect caused by loss and damaged tissue or organs. In regenerative medicine, Tissue Engineering has been proposed to supply this demand by generating tissues in vitro. Bioreactors are the key to translate these cells and tissue-based constructs into large-scale biological products that are clinically effective, safe and financially pliable. In this review, we summarise the different up-to-date bioreactor designs being used for different cell types and special design scaffolds, and highlight advantages of different bioreactors, current challenges and the future trends. It is our belief that with efforts combined from multiple disciplinary participants, a novel bioreactor system that is capable of fast, large scale tissue culture would come about in near future.
Keywords
PTFEMSCECMESSASCRCCsmRNAFEPSMCGAGEPCSTSGPGAVTEBMSCAAAMDPSpinner flaskPLGAEpidermal stem cellDNAEPSCALPAbdominal aorta aneurysmfluorinated ethylene propylenedeoxyribonucleic acidpolyglycolic aciddissolved oxygenTissue engineered heart valveBioreactorsmessenger ribonucleic acidGrowth kineticMarkov decision processnational aeronautics and space administrationSmooth muscle cellEndothelial cellImmobilised cellsBone marrow stem cellsadipose stem cellsSplit thickness skin graftAlkaline phosphatiseHydrostatic pressureextra-cellular matrixSEMTissue engineeringVascular tissue engineeringscanning electron microscopeNASApolymerase chain reactionPCRPMMApolytetrafluoroethylenePolyurethane
Related Topics
Physical Sciences and Engineering
Chemical Engineering
Bioengineering
Authors
Junjie Zhao, Michelle Griffin, Jun Cai, Shaoxue Li, Peter E.M. Bulter, Deepak M. Kalaskar,