By Changchun should be completed by the Institute of scientific equipment development project-capillary electrophoresis electrochemiluminescence micro Analyzer, recently adopted in Changchun to yukui-led group acceptance.
The Group believed that the instrument performance good, high sensitivity and stability, at home and abroad, there is no such instrument. It is understood that the capillary electrophoresis and Microfluidic analytical methods as their respective high separation efficiency, bio-compatibility, conducive to miniaturization, integration, and other characteristics, which are widely used in the analysis of scientific areas, increasingly attracted wide attention at home and abroad. While both organically, complement, as developed by capillary electrophoresis electrochemiluminescence micro Analyzer, further develop its analysis of the object and scope of application, is the international field of competing electroanalytical chemistry research and development direction of important frontier. Changchun should Wang Shan er Kang of academicians and researchers such as Xu "focus: this important international frontier development, Chinese Academy of Sciences, scientific research and equipment special support, February 2007 began a capillary electrophoresis electrochemiluminescence micro Analyzer. They focus on play in capillary electrophoresis technology and Microfluidic Chip analysis of accumulation and superiority, innovative manner electrochemiluminescence, electrochemistry, and other detection technologies and capillary electrophoresis, Microfluidic analytical tools such as organic. On this basis, the analysis instrument company xianrui Mai, further miniaturisation, integration, developed with China's independent intellectual property rights by capillary electrophoresis electrochemiluminescence micro Analyzer prototype, an international initiative. At the same time, they also combined with the development of analytical instruments, developed 5 Outlook for biological applications of electrochemistry probes, and applied to the detection of biological molecules; the establishment of a series of fixed electrochemiluminescence probe of new methods and develop related electrochemiluminescence solid state detector. These innovations for the development of the prototype in scientific research and clinical application in an important basis. The instrument successfully developed basic scientific research was enriched, as proteins, DNA, cells, immune, and other frontier areas of science and research provides a new multifunctional analysis platform, as well as some of the major diseases of early diagnosis and treatment provided strong support to our area of electroanalytical chemistry and an important innovative results.
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