Bioinks
Material-based inks
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- Hydrogels
- New concepts
- Theory and modelling
Cell-based inks
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- Generation and characterization of cell-based inks for extrusion
- Generation and characterization of cell-based building blocks
- Spheroids and organoids in biofabrication
Evaluation, characterization, & quality control for biofabrication
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- Material characterization
- Biological evaluation and characterization during and after printing
- Non-invasive monitoring methods
- Process control
Biofabrication from the perspective of industrial applications
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- Printers and assembly methods
- Software and process control
- Print file databases
- Bioinks and materials
- Commercialization and translation of fabricated products / tissues / organs
Interaction of other research fields with biofabrication
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- 3D cell culture
- Tissue engineering approaches compatible with biofabrication
- Injectable material platforms
Fabrication technologies
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- Bioprinting
- Bioassembly
- Stereolithography
- Laser based technologies
- Electrohydrodynamic printing
- Melt electrowriting
On-Chip applications
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- Tissue / organ / body on a chip
Biofabricated tissues and organs
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- Multimaterial / multicellular fabrication
- Maturation: 3D cell culture, bioreactor systems
- Functional biological assessment
- Biofabricated in vitro test platforms
In vivo assessment and translation of biofabrication
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- In vivo testing and assessment of biofabricated models, tissues and organs
- Translation of biofabrication to the clinic
Confirmed speakers
PD Dr. Gereon Hüttmann
Label-free imaging and process control in biofabrication by optical coherence tomography (OCT)
Prof. Dr. Paul Dalton
Electrowriting: Bridging the Divide between 3D Printing and Electrospinning
Prof. Dr.-Ing. Aldo R. Boccaccini
Development of composite bioinks incorporating bioreactive inorganic particles.
Prof. Dr. Michael Gelinsky
Materials and methods for additive manufacturing of biomaterial scaffolds and tissue constructs.
