The Beckman Coulter AU400ISE Chemistry System (Beckman Coulter AU400ISE) Chemistry System (Beckman Coulter AU400ISE) Chemistry System (Olympus AU400ISE) previously had over 90 tests with a maximum throughput of 800 tests per hour. The system contains an ISE module. The systems of the AU family are recognized, open reagent, high quality chemical systems and are considered to be one of the most popular chemical systems on the market, especially in the laboratory market in the United States. Chemical analyzers measure substances in bodily fluids to establish abnormal patterns. A wide range of tests can be divided into categories such as electrolytes, enzymes, blood glucose, metabolites, thyroid, hormones, lipids, drug therapy drug monitoring and abuse drug monitoring drugs. This analysis can be performed on blood (whether whole, serum or plasma), semen or cerebrospinal fluid chemical analysis starting with a patient sample, placed in individual capsules, tubes, slides or sample cups that are transported to a On a conveyor with sample racks, or in a carousel of reagent trays. Specimens are sampled and then automatically mixed together, diluents and reagents in the reaction pool vette. The reagents are extracted from the reagent carousel, which is usually refrigerated to maintain a longer shelf life of the reagents. Store and process active widgets in a reaction spinner. The reaction rotator holds a mixing station (to mix samples and reagents) and a wash station (to rinse the cuvette). Depending on the manufacturer, the cuvette is either made of glass or plastic, but must be transparent so that light can pass through without any intervention for scratches or defects. Chemical analysis is calculated from absorbance at specific wavelengths as light passes through the specimen. All chemical analyzers have a photometer (filter photometer or spectrophotometer) that measures the light absorbance of the test piece and calculates the result. Optical filters use glass filters, on a rotating filter wheel, coated with colored material, while spectrophotometers use prisms or gratings to separate these wavelengths from the scanner beam. In both cases, a lamp (typically halogen) is the light source. Spectrophotometry is a more commonly used method than filter photometry and is currently only used in J&J, Roche Cobas and Siemens dimensional systems. Spectrometers are used in most other systems, including Abbott, Beckman and Roche Hitachi systems. The process of obtaining results from absorbance experiments is classified as either endpoints or kinetics. The endpoint method incubates the reaction mixture for a predetermined time to reach the endpoint or equilibrium of the reaction. In kinetic methods, as the reagent and sample are mixed, the reaction is monitored, and the rate of absorbance is determined and related to the assay concentration. Therefore, the kinetic energy is faster than the end point.