Bioinspired reconfiguration of 3D printed microfluidic hydrogelsviaautomated manipulation of magnetic inks

Medicine & Life Sciences

• Ink 100%
• Microfluidics 89%
• Sepharose 79%
• Lab-On-A-Chip Devices 68%
• Iron 41%
• Gels 40%
• Magnets 30%
• Equipment and Supplies 29%
• Gelatin 26%
• Hydrogels 26%
• Costs and Cost Analysis 15%

Engineering & Materials Science

• Ink 80%
• Microfluidics 78%
• Microchannels 40%
• Gels 38%
• Iron 33%
• Fibers 25%
• Hydrogels 24%
• Blood 17%
• Flow of fluids 16%
• Permanent magnets 16%
• Fabrication 13%
• Fluids 11%
• Costs 7%

Chemical Compounds

• Agarose 78%
• Ink 75%
• Valve 53%
• Fiber 31%
• Gel 30%
• Gelatin 25%
• Hydrogel 19%
• Resistance 15%