Fiber Optic Chemical Sensors and Biosensors, Volume 2Otto S. Wolfbeis CRC Press, 1991 - Biosensors |
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Page 211
... reaction ( co- substrate , buffer , etc. ) . As the analyte enters the enzyme solution , the enzyme catalyzed reaction takes place and the rate of this reaction is detected by following either the generation of a reaction product or the ...
... reaction ( co- substrate , buffer , etc. ) . As the analyte enters the enzyme solution , the enzyme catalyzed reaction takes place and the rate of this reaction is detected by following either the generation of a reaction product or the ...
Page 302
... reaction , and only a few of them involve bioluminescence or chemiluminescence reactions . The emphasis of this chapter is put on the analytical use and potentialities of bio- and chemiluminescence - based fiber - optic probes . II ...
... reaction , and only a few of them involve bioluminescence or chemiluminescence reactions . The emphasis of this chapter is put on the analytical use and potentialities of bio- and chemiluminescence - based fiber - optic probes . II ...
Page 303
... reaction has been thoroughly reviewed by DeLuca and McElroy8-10 and the simpli- fied overall reaction is shown below : luciferase ATP + luciferin + 02 AMP + oxyluciferin + PPi + CO2 + hv ( λ max = 560nm ) ( 5 ) Under appropriate ...
... reaction has been thoroughly reviewed by DeLuca and McElroy8-10 and the simpli- fied overall reaction is shown below : luciferase ATP + luciferin + 02 AMP + oxyluciferin + PPi + CO2 + hv ( λ max = 560nm ) ( 5 ) Under appropriate ...
Contents
Chapter | 2 |
Anion Sensing | 13 |
Spectroscopic Techniques 25 | 55 |
Copyright | |
17 other sections not shown
Common terms and phrases
absorbance absorption acid affinity ammonia Anal analyte antigen applications assay binding bioluminescence biosensor blood gas calibration cell Chem chemical sensors chemiluminescence chemistry chloroform CO₂ complex concentration constant covalently detection limit detector determination device dioxide effect electronic emission environmental enzyme excitation fiber optic fiber optic sensors Fiber Sensors fiber-optic fiber-optic biosensor fibre Figure fluorescence intensity fluorescence quenching fluorimetry fluorophore FOCS gases glucose halothane hapten hydrogen immobilized immunoassay immunosensors indicator instrument interaction interferometer ionophore laser layer light source lipid Lübbers luminescence material measurement membrane method molecules monitoring monoclonal antibodies monolayer NADH optical fiber optrode oxygen sensor phase photodiode polymer potential pressure probe Proc protein quenching radiation range reaction reagent receptor refractive index response sample selective sensing sensitivity sensor tip signal silica solution specific SPIE structure substrate surface techniques temperature sensor titration torr vivo waveguide wavelength Wolfbeis