Removal of Nonspecifically Bound Proteins on Microarrays Using Surface Acoustic Waves

Keyphrases

• Binding Protein 100%
• Microarray 100%
• Surface Acoustic Wave 100%
• Non-specific Binding 20%
• Protein Aggregates 20%
• Near-complete 20%
• Protein Layer 20%
• Power Transfer 20%
• Fluorescent Indicator 20%
• Receptor-ligand Interaction 20%
• Biological Applications 20%
• Fluorescence Intensity 20%
• Signal Recovery 20%
• Mechanical Motion 20%
• Non-destructive 20%
• Microarray Technology 20%
• Microsensor 20%
• Antigen Receptor 20%
• Highly Uniform 20%
• Patterned Surface 20%
• Antigen Capture 20%
• Uniform Film 20%
• Ultrasonic Wave 20%
• Cleaning Methods 20%
• High Coupling Coefficient 20%
• Lithium Niobate 20%
• Fluorescence Intensity Distribution Analysis 20%
• Excess Protein 20%
• Efficient Power 20%
• Surface Acoustic Wave Devices 20%
• Cleaning Efficiency 20%
• Acoustic Cleaning 20%

Engineering

• Microarray 100%
• Surface Acoustic Wave 100%
• Fluorescence Intensity 40%
• Bioengineering 20%
• Bioinstrumentation 20%
• Ultrasonics 20%
• Feature Size 20%
• Microsensor 20%
• Coupling Coefficient 20%
• Propagating Wave 20%
• Surface Acoustic Wave Device 20%

Material Science

• Surface (Surface Science) 100%
• Film 50%
• Surface Acoustic Wave Device 50%
• Lithium Niobate 50%
• Biosensor 50%
• Microsensor 50%