Suppressor tRNA-based Biosensors for Detecting Analytes

A Review of Surface-Enhanced Raman Biosensors for Studying Different Biological Analytes and Chemicals

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Integrated nanoplasmonic-nanofluidic biosensors with targeted delivery of analytes

Self-referenced assay method for photonic crystal biosensors: Application to small molecule analytes

Using an image-based method for label-free detection of biochemical binding density distribution on the surface of a photonic crystal biosensor mbedded within standard format multiwell microplates, a new method for automatic referencing of assay errors due to variability in the bulk efractive index of the analyte test sample is demonstrated. The new method involves application of the immobilize...

Approaches Towards Development of Novel Fluorogenic Biosensors for Detection of Small Protein Analytes

One of the most remarkable ideas in modem biology is that organization of multicellular life is orchestrated by a relatively small repertoire of signaling molecules, which mediate communication between cells. Breakdown of these communication pathways can have profound consequences, leading to a multiplicity of developmental defects and disease states. In particular, the ErbB family of receptors...

Detecting Concentration of Analytes with DETECHIP: A Molecular Sensing Array

DETECHIP® is a detection system made of various sensors that has been shown to detect and discriminate between small molecules of interest, including various illicit and over-the-counter drugs. Previously, detection was normalized to a single concentration of analyte. Now this detection assay can detect concentration differences in analytes via red, green, and blue color value changes and shift...