This instrument can perform highly efficient separations of analytes based on charge/mass ratios and it is been used to investigate oxidation processes, as a simple way to condition samples prior to the separation. We also use it to optimize the experimental conditions for our microfluidics work.

This instrument can measure changes in the thickness of substrates with a sensitivity of <1 nm and it is been used to elucidate the role of electrical stimulation on the adsorption of various proteins.

WS-400B-6NPP-Lite Spin Processor (Laurel Technologies), plasma cleaner, Inspection microscope with digital camera and software, High voltage power supplies, Digital hot plates (VWR), pHmeter (Orion), Analytical balance (Metler-Toledo), 6-feet hood, Ovens, and UV-Vis spectrophotometers