Demonstration of the enhancement of gate bias and ionic strength in electric-double-layer field-effect-transistor biosensors

Keyphrases

• Ionic Strength 100%
• Gate Bias 100%
• Field-effect Transistor Biosensor 100%
• Electric Double Layer 100%
• Gate Voltage 80%
• Field-effect Transistors 60%
• Voltage Drop 40%
• High Ionic Strength Solutions 40%
• High Salt Concentration 40%
• Portable Device 20%
• Transconductance 20%
• Gate Electrode 20%
• Clinical Samples 20%
• Extended Gate 20%
• Sensing Mechanism 20%
• Protein Detection 20%
• Salt Concentration 20%
• Two-electrode 20%
• Personal Healthcare 20%
• Maximum Transconductance 20%
• Double-layer Capacitance 20%
• Enhanced Capacitance 20%
• Protein Concentration 20%
• Excellent Sensitivity 20%
• C-reactive Protein 20%
• AC Impedance Analysis 20%
• C-reactive Protein Detection 20%
• AC Impedance Method 20%
• Impedance Voltage 20%

Engineering

• Gate Bias 100%
• Ionic Strength 100%
• FET Biosensor 100%
• Electric Double Layer 100%
• Gate Voltage 66%
• Field-Effect Transistor 50%
• Voltage Drop 33%
• Test Solution 33%
• High Ionic Strength 33%
• High Salt Concentration 33%
• Gate Electrode 16%
• Sensing Mechanisms 16%
• Imaginary Part 16%
• Dilution 16%
• Portable Device 16%
• Salt Concentration 16%
• Electrical Impedance 16%
• Protein Concentration 16%

Material Science

• Field Effect Transistor 100%
• Capacitance 25%
• Dilution 12%
• Electrical Impedance 12%