The interaction between curcumin and DNA were investigated by means of cyclic voltammetry and differential pulse voltammetry with DNA-modified glassy carbon electrodes.

The electrochemical behaviors of daunomycin (DNM) at bare and DNA modified graphite powder microelectrodes have been comparatively studied, and a method for the determination of DNM was developed.

The Electrocatalytic Properties of Au Core-Pt Shell Nanoparticle-Modified Electrode for Formaldehyde in Acidic Aqueous;

Study on fabrication of PB/MWNTs modified electrode through sequential deposition method and its electrochemical performance;

Electrochemical Luminescence Behaviors of Ionic Polymer-Modified Electrodes;

The Electrocatalytic Actions of Poly (Crystal Violet) Film Modified Electrodes on Uric Acid and Dopamine;

Study on the Electrochemical Properties of Modified Electrodes Based on Carbon Nanofibers;

At present, the application of nano-materials as new chemically modified materials is a new trend in the field of chemically modified electrodes.

Electrochemical behaviors of europium ferrocene derivative coordination complex chemically modified electrodes were studied.

n indium hexacyanoferrate(InHCF) film glassy carbon chemically modified electrode(CME)was usedto catalyze the electrooxidation of cysteine, reduced glutathione and N-acethl-L-cysteine in acidic solution,Stability of the CME prepared by different methods has been studied.

Using new materials,including hybrid composites,nanomaterials and biomolecular materials,in construction of chemically modified electrode in order to broaden the application range of analysis technology has already been active area of modern electroanalytical chemistry and biosensing study.