Optimized design and fabrication of a microfluidic platform to study single cells and multicellular aggregates in 3D

Physics & Astronomy

• platforms 79%
• chips 62%
• fabrication 56%
• cells 50%
• spheroids 37%
• culture media 22%
• microscopy 21%
• bioreactors 21%
• gradients 20%
• locomotion 19%
• biocompatibility 18%
• microfluidic devices 18%
• fluidics 18%
• micromachining 17%
• high aspect ratio 16%
• replicas 16%
• microchannels 16%
• chutes 16%
• layouts 16%
• stimuli 14%
• spatial resolution 12%
• gels 12%
• microscopes 12%
• costs 11%
• high resolution 9%
• glass 9%

Engineering & Materials Science

• Microfluidics 100%
• Fabrication 69%
• Microscopic examination 50%
• Biocompatibility 28%
• Micromachining 28%
• Bioreactors 28%
• Fluidics 27%
• Microchannels 25%
• Gels 24%
• Microscopes 22%
• Aspect ratio 21%
• Glass 18%
• Costs 8%

Chemical Compounds

• Chemoattractant 34%
• Micromachining 32%
• Bioreactors 26%
• Culture Media 25%
• Glass 16%
• Gel 14%
• Environment 13%