Microfluidic opportunities in printed electrolyte-gated transistor biosensors

Engineering & Materials Science

• Biosensors 100%
• Microfluidics 86%
• Electrolytes 79%
• Transistors 69%
• Sensors 41%
• Fabrication 40%
• Field effect transistors 29%
• Gels 28%
• Multiplexing 27%
• Ions 25%
• Labels 23%
• Electronic equipment 22%
• Electric potential 14%

Physics & Astronomy

• bioinstrumentation 89%
• electrolytes 67%
• transistors 64%
• sensors 49%
• fabrication 32%
• high gain 29%
• low voltage 26%
• multiplexing 26%
• emerging 24%
• platforms 22%
• field effect transistors 21%
• gels 21%
• augmentation 16%
• electronics 14%
• ions 12%
• performance 11%

Chemical Compounds

• Field Effect 80%
• Preconcentration 74%
• Dielectric Material 71%
• Voltage 59%
• Gel 50%
• Ion 32%
• Surface 25%