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A fiber-optic readout scheme has been used to monitor sensor membrane deflection.
The characterization of an optical sensor membrane is described for indirect determination of isoniazid.
When an external pressure is applied to the sensor membrane, the gap distance between two metal electrodes decreases.
The probe employs LED excitation of a luminescent sensor membrane and signal detection is provided by a silicon PIN photodiode.
The key component of the sensor membrane, 25,27-di- 5-thio-octyloxy calix[4]arene-crown-6 (Fig. 1), was synthesized as follows.
The characterization of an optical sensor membrane is described for the determination of copper (II) based on the immobilization of dithizone on a triacetylcellulose membrane.
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Sensor membrane-electrode assemblies (MEAs) were prepared with 20% Pt/C electrocatalysts and their sensitivity were compared to that of a commercial BrAS MEA that employs high loadings of Pt black.
The technology itself and the various etching process stoppage techniques are described as well as the difficulties encountered in porous silicon etching underneath sensor membranes and presentation of solution.
Most likely, mechanical stresses to the percutaneous sensor were at fault for damage to the sensor membranes.
The stable biosensor response provided by the sustained NO-releasing sensor membranes highlights the utility of NO release for continuous glucose monitoring.
The enhanced numerical accuracy afforded by rapid NO release from sensor membranes indicates a possible advantage to greater NO fluxes, as MAP3/NO-based sensors delivered ∼3.1 μmol cm 2 NO in <24 h.
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