The goal is to detect genetic defects. Measurement methods include amperommetry and fast scan voltammetry. We design and fabricate micro and nanometer sized surfaces. Molecular architecture of the surfaces can be designed for specific applications through control of surface chemistry. Control of molecular recognition is brought about by selective interactions with analyte.
Characterization includes surface methods and the use of electrochemical techniques.
To optimize structure, different nanostructures are being fabricated. The goal is to provide fast instrumental methods of signal acquisition for high temporal and spatial resolution with applications ranging from analysis to surface characterization. Generation of radicals is of key importance in organic toxicity and in drug action.