Sentence examples for optical biosensor technology from inspiring English sources

Today, the SPR biosensors represent the most advanced and mature label-free optical biosensor technology.

A novel PRRSV detection method is therefore proposed, which utilizes nanophotonic and optical biosensor technology.

For this reason antibodies were chosen as the model binder to demonstrate the feasibility of SPR optical biosensor technology for PSP toxin analysis.

This review examines the developments in optical biosensor technology, which uses the phenomenon of surface plasmon resonance, for the detection of paralytic shellfish poisoning (PSP) toxins.

Optical biosensor technology measures the competitive biomolecular interaction of a specific biological recognition element or binder with a target toxin immobilised onto a sensor chip surface against toxin in a sample.

This review describes SPR optical biosensor technology and the progress and problems to date in developing an SPR assay for PSP toxin detection for full acceptance as a regulatory tool.

Surface plasmon resonance (SPR), which can monitor the formation and dissociation of the drug-protein complex in real-time and obtain the equilibrium (KD) and kinetic (kon and koff) data for the interaction, is one of the most excellent optical biosensor technologies [106 108].

Another label-free, sensitive optical biosensor is based on the WGM technology.

They provided ideas for taking to market the innovative biosensor technology for early detection of crop disease and pests.

The Ad/CYP11A1mon complex formation reaction was kinetically characterized based on optical biosensor data.

A special optical biosensor is applied to measure the change of refractive index when ligands bind.