Microfluidics integrated n-type organic electrochemical transistor for metabolite sensing

Keyphrases

• Microfluidics 100%
• Organic Electrochemical Transistors 100%
• Metabolite Sensing 100%
• N-type 100%
• Microfluidic System 50%
• Drain Current 50%
• Glucose Oxidase 50%
• Gate Current 50%
• Sensory Processing Sensitivity 50%
• Conjugated Polymers 25%
• Flow-through 25%
• High Current 25%
• Limit of Detection 25%
• Signal-to-noise 25%
• Accumulation Mode 25%
• High SNR 25%
• Output Current 25%
• Low Noise 25%
• Glucose Detection 25%
• Gate Electrode 25%
• Relative Change 25%
• Electrical Signal 25%
• Integrated Design 25%
• Hydrogen Peroxide Production 25%
• Binding Events 25%
• High Transconductance 25%
• Integrated Microfluidic Device 25%
• Electrical Communication 25%
• Recognition Unit 25%
• Integrated Organic Electrochemical Transistors 25%
• Real-time Continuous Glucose Monitoring (rtCGM) 25%
• Lateral Gate 25%
• Polymer-based 25%
• Chip-based 25%
• Electron Transporting 25%
• Channel Gate 25%
• Current Changes 25%
• Metabolite Detection 25%
• Portable Laboratory 25%
• Autonomous Labs 25%
• SNR Efficiency 25%

Engineering

• Organic Electrochemical Transistor 100%
• Polymer 40%
• Detection Limit 20%
• Biochemicals 20%
• Current Drain 20%
• Current Output 20%
• Electrical Signal 20%
• Gate Electrode 20%
• Hydrogen 20%

Material Science

• Transistor 100%
• Metabolite 100%
• Glucose Oxidase 40%
• Conjugated Polymer 20%
• Hydrogen Peroxide 20%