Fluorimetric oxygen sensor with an efficient optical read-out for in vitro cell models

INIS

• anisotropy 25%
• biofouling 25%
• cell cultures 25%
• concentration 25%
• design 25%
• distribution 25%
• doped materials 25%
• dyes 25%
• efficiency 25%
• emission 25%
• excitation 75%
• films 50%
• fluorescence 50%
• glass 25%
• in vitro 100%
• interfaces 25%
• irradiance 25%
• lenses 50%
• lifetime 25%
• monitoring 25%
• oxygen 100%
• platinum 25%
• polystyrene 50%
• power 25%
• readout systems 100%
• reflection 25%
• sensors 100%
• simulation 50%
• substrates 25%
• surfaces 50%
• thin films 25%
• water 25%

Keyphrases

• Biofouling 33%
• Cell Culture 33%
• Collection Efficiency 33%
• Culture Chambers 33%
• Electromagnetic Simulation 33%
• Emissions Distribution 33%
• Excitation Power 33%
• Fluorescent Dye 33%
• Fluorimetric Method 100%
• Fluorimetric Sensor 33%
• In Vitro Cell Models 100%
• Irradiance 33%
• Optical Changes 33%
• Optical Design 33%
• Optical Readout 100%
• Optical Scheme 33%
• Oxygen Concentration 33%
• Oxygen Sensitivity 33%
• Oxygen Sensor 100%
• Parabolic Lens 66%
• Platinum(II) 33%
• Polystyrene Films 66%
• Power Radiated 33%
• Sensor Surface 66%
• Total Internal Reflection 33%
• Water Interface 33%

Engineering

• Anisotropic 50%
• Biofouling 50%
• Cell Model 100%
• Collection Efficiency 50%
• Deposited Film 50%
• Experimental Result 50%
• Irradiance 50%
• Optical Design 50%
• Oxygen Concentration 50%
• Radiated Power 50%
• Simulation Result 50%
• Surface Sensing 100%
• Thin Films 50%
• Total Internal Reflection 50%