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1Department of Biomedical Engineering,Rensselaer Polytechnic Institute, 2Stemorgan Inc., 3Institute of Advanced Study,Technical University of Munich, 4Institute of Virology, School of Medicine,Wuhan University, 5Department of Molecular and Experimental Medicine,The Scripps Research Institute, 6Research Institute for Biomedical Sciences,Tokyo University of Science
Chapters
- 00:05Title
- 01:46Bioprinting Platform Establishment
- 04:13Bioink Preparation
- 05:44Cartilage Tissue Printing
- 06:59Cell Viability Evaluation in 3D Scaffold
- 07:30Results: The Bioprinting Platform Deposits Cells and Scaffold at High Throughput and Excellent Cell Viability
- 09:03Conclusion
Los métodos descritos en este artículo muestran cómo convertir una impresora de inyección de tinta comercial en un bioprinter con la polimerización UV simultánea. La impresora es capaz de construir la estructura del tejido 3D con células y biomateriales. El estudio ha demostrado aquí construyó un neocartílago 3D.
