Due to the versatile functional molecular nanostructures,synthetic DNA has been developed as a powerful structural material for the functional construction from nanometer scale to bulk size since 1980
Electrochemiluminescence(ECL) analysis technology has attracted considerable attention due to its highs ensitivity,controllability of ECL reaction,low background,and cost-effectiveness,which has been
Our research lab at The University of Western Ontario focuses on 4 research themes:scanningelectrochemical microscopy of live cells and corrosion processes,ionic liquids as novel electrolytes,electroc
Evanescent wave cavity ring-down absorption spectroscopy(EW-CRDS) is employed to study interaction and binding kinetics of DNA strands by using gold nanoparticles(Au NPs) as sensitive reporters.These
A flow analysis on a compact disk(CD)-type microchip using a centrifugal pumping mechanism has been recognaized as one of the unique analytical techniques because flow can be driven by rotation of the
Electrochemical and Electrochemiluminescence(ECL) biosensor hasbecome a hot research field of bioanalysis in recent years owing to its quick response,high sensitivity and simple operation [1].
Electrogenerated chemiluminescence or electrochemiluminescence(ECL) is emitted through electrode reaction involving electron transfer between photoluminescent materials.
Perovskitenanocrystals(NCs),which emerge as a new class of phosphors with superb luminescence properties and facile chemical tunability of the bandgap,have generated tremendous interest for a wide var