Abstract
An interface between an IBM PC/XT and a Princeton Applied Research (PAR) model 273 Potentiostat/Galvanostat using serial communication is described. Instrument control and data processing are achieved with the ASYST programming language. Data are filtered by the potentiostat with point averaging, and by the microcomputer with software smoothing. An application is presented whereby cholesterol is determined by the amperometric detection of hydrogen peroxide following an enzymatic reaction with cholesterol oxidase.
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