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Information × Registration Number 0216U001754, 0113U001520 , R & D reports Title WORKING OUT OF BIOSENSORS WITH MULTILAYERED FRAMES NANOCHASTITS AU, Ag, ГРАФЕНА AND НАНО THE DIMENSIONAL DISTINGUISHING PHASE FOR REGISTRATION OF MICROBES AND CELL-BOUND IMMUNE COMPLEXES popup.stage_title Head Jelali Vladimir Vladimirovich, Registration Date 05-04-2016 Organization State Esteblishment "Mechnikov Institute of Microbiology and Immunology of Ukrainian Academy of Medical Sciences" popup.description2 The research report: 172 p., 53 Fig., 3 tables., 2 app. Objects of research: specific staphylococcal immunoglobulin, staphylococcal antigens, cells of S. aureus AT CC strain No. 25923, the V. Zoster virus and antibody V. Zoster, biosensor electrodes. The work purpose - development of high-speed quantitative methods for the identification of antigens and pathogenic microorganisms in solutions. The author obtained the following main results: 1. Developed and described kullanabilecegi direct method of quantitative determination of cells of pathogenic microorganisms and investigated kullanabilirler characteristics of a number of interfaces. 2. There has been described a high speed cyclic voltammetric method for quantitative determination of cells of pathogenic microorganisms. 3. There has been described a method of registration of dissolution of nanoparticles Agn@ andCun@ in the electrostatic field of the DL. 4. Developed a method of producing immune electrochemical biosensor for the registration of antigens and pathogenic cells are pathogenic microorganisms. 5. Developed a method of producing immune electrochemical biosensor for the registration of the viruses. 6. There has been described the biosensor for the detection of pathogenic microorganisms in ultramara mass range. 7. The program is written for the use of dispersion relations of Kramers - Kronig to assess the accuracy of the biosensor. 8. Modeling of impedance spectra of the biosensor in the coordinates-ImZ; ReZ, graphs of functions ReZ lg, the lg Z and lg /Z/ lg circular frequency of the alternating current and the theoretical calculation of the active or reactive component of impedance and between using integralnih dispersion relations of Kramers - Kronig. 9. It is established that the developed biosensors are high selectivity and enable you to capture antigens, microbial cells and viruses. 10. Investigated electrochemical characteristics of silver nanoparticles with a diameter of 4 and 30 nm, and copper nanoparticles with a diameter of 60 nm. The project of the AMS 114/2013 goals were accomplished. Area of application - medicine, Microbiology, pharmacology, medicinal chemistry, molecular Biophysics. Keywords: biosensor, quantitative cyclic konovaltseva, antibodies, antigens, cells. Product Description popup.authors Джелалі Володимир Володимирович Мартинов А. В. Чурсін В.В. popup.nrat_date 2020-04-02 Close