Development of a dielectrophoresis-assisted surface plasmon resonance fluorescence biosensor for detection of bacteria

Engineering & Materials Science

• Surface plasmon resonance 100%
• Electrophoresis 82%
• Escherichia coli 80%
• Biosensors 77%
• Fluorescence 72%
• Bacteria 70%
• Electrodes 38%
• Tin oxides 17%
• Indium 16%
• Photons 14%
• Electric potential 12%
• Permittivity 12%
• Electric fields 11%
• Water 6%
• Sensors 6%

Physics & Astronomy

• resonance fluorescence 74%
• bioinstrumentation 69%
• bacteria 67%
• surface plasmon resonance 62%
• electrodes 39%
• cells 25%
• fluorescence 23%
• Escherichia 19%
• electric field strength 17%
• organisms 17%
• electric potential 16%
• indium oxides 15%
• illuminating 15%
• tin oxides 15%
• quadrupoles 13%
• low frequencies 11%
• permittivity 10%
• sensors 9%
• water 8%
• photons 8%