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Gelatine methacryloyl granulære hydrogelstilladser: Mikrogelfabrikation med høj kapacitet, frysetørring, kemisk samling og 3D-bioprint
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Chapters
- 00:04Introduction
- 00:58Droplet Formation and GelMA Microgel Fabrication
- 02:45Converting the Microgels to Resuspendable Powder by the Microengineered Emulsion-to-Powder (MEtoP) Technology
- 03:55GelMA Granular Hydrogel Scaffold (GHS) Formation
- 04:55Nanoengineered Granular Bioink (NGB) with Preserved Microporosity
- 08:33Results: Analysis of GelMA Microgels, GHS, and NGB
- 10:04Conclusion
Denne artikel beskriver protokoller til gelatine-methacryloyl-mikrogelfremstilling med høj kapacitet ved hjælp af mikrofluidiske enheder, konvertering af mikrogeler til resuspenderbart pulver (mikroaerogeler), den kemiske samling af mikrogeler til dannelse af granulære hydrogelstilladser og udvikling af granulært hydrogelbioblæk med bevaret mikroporøsitet til 3D-bioprint.
Tags
Gelatin MethacryloylGelMAHydrogel ScaffoldsMicrogel FabricationLyophilizationChemical Assembly3D BioprintingExtracellular MatrixECMPhotochemical CrosslinkingCell-responsiveBiodegradableMicroporousCell Infiltration3D BioprintingRegenerative EngineeringLAPPhotoinitiatorDPBSBiocompatible SurfactantPDMSSyringe PumpOptical MicroscopyPhysical CrosslinkingMEtoP
