Mediated Single Electrodes (S1PE)

SKU : ED-S1PE-C20/FeCN

Mediated Screen-printed Carbon/FeCN Single Electrode (S1PE-C20/FeCN).S1PE-C20/FeCN printed electrodes feature a carbon working electrode infused with Potassium Ferricyanide. This mediator enhances the suitability of the electrodes for using with Horseradish Peroxidase (HRP), enabling efficient detection of hydrogen peroxide (H2O2). These sensors are manufactured on a flexible and high-resistance PET substrate with a classic three-electrode configuration. This technology enables the detection of numerous analytes in conjunction with peroxidase and other oxidase-type enzymes. Different accessories are available.

SKU : ED-S1PE-C20/PB

Mediated Screen-printed Carbon/PB Single Electrode (S1PE-C20/PB).S1PE-C20/PB printed electrodes feature a carbon working electrode infused with Prussian Blue. This mediator makes the electrodes specific to hydrogen peroxide (H2O2) detection at low potentials (near 0 V). These sensors are manufactured on a flexible and high-resistance PET substrate with a classic three-electrode configuration. This technology enables the detection of numerous analytes in conjunction with specific oxidase type enzymes. Different accessories are available.

SKU : ED-S1PE-C20/CoPc

Mediated Screen-printed Carbon/CoPc Single Electrode (S1PE-C20/CoPc).S1PE-C20/CoPc printed electrodes feature a carbon working electrode infused with Cobalt (II) Phthalocyanine. This mediator makes the electrodes suitable for using with oxidase enzymes where hydrogen peroxide (H2O2) is generated and detected at low potentials. These sensors are manufactured on a flexible and high-resistance PET substrate with a classic three-electrode configuration. This technology enables the detection of numerous analytes in conjunction with specific oxidase-type enzymes. Different accessories are available.

SKU : ED-S1PE-C30/MB

Mediated Screen-printed Carbon/MB Single Electrode (S1PE-C30/MB).S1PE-C30/MB printed electrodes feature a carbon working electrode infused with Meldola Blue. This mediator allows the electrodes to operate at a lower potential for NADH measurements. These sensors are manufactured on a flexible and high-resistance PET substrate with a classic three-electrode configuration. This technology enables the development of biosensors in conjuntion with NAD+/NADH based dehydrogenase enzymes. Different accessories are available.