A wide range of devices for clinical microanalysis beginning from the simplest modules to perform express analyses to highly efficient automated analysers and systems should be developed and introduced in commercial production in immediate future. This aim is attainable through common use in new products of advanced physicochemical methods of laboratory microanalysis based on progressive technologies, state-of-the-art microelectronics and optics, specially designed carriers for bioassays made of transparent materials, high quality reagents including ready for use analytical reagent kits.
View Article and Find Full Text PDFMass health screening dictates the necessity to expand the range and output of clinical laboratory devices in medical industrial production, to create and introduce devices for microanalysis in clinical practice. The successful realization of the above problems calls for an integrated approach to develop engineering methodological, chemical and metrologic provision of the clinical and diagnostic laboratory studies, to solve technological and organizational problems in developing and producing the new generation of clinical laboratory devices and sets.
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