Properties of anti-RNP and anti-G mouse and ovine Maband#8217;s for Rabies Virus

Journal of AIDS & Clinical Research

ISSN: 2155-6113

Open Access

Properties of anti-RNP and anti-G mouse and ovine Mab’s for Rabies Virus

Joint Event on 11th International Virology Summit & 7th World Congress on Control and Prevention of HIV/AIDS, STDs & STIs

July 01-02, 2019 Valencia, Spain

Vladimir K Sologub, Irina A Koromyslova and Leonid A Dudnicov

Research Center of Molecular Diagnostic, Russia

Posters & Accepted Abstracts: J AIDS Clin Res

Abstract :

Traditional classic diagnostics of Rabies Virus infection is based on immunological detection of the virus antigens by Immunofluorescence (IF) with FITC-conjugate of anti-RNP polyclonal Abâ??s or Mabâ??s-â??gold standardâ?. Some more attractive methods like ELISA and Immunochromatography (IC) are now under investigation for practical diagnostics and research applications. The Mabâ??s for the new methods are probably not the same as for old IF. In our panels of anti-Rabies virus Mabâ??s there are several candidates for ELISA sandwich test-systems and other methods. Their anti-RNP and anti-G specificity was determined by virus neutralisation test and competition ELISA with standard probes. Two ovine Mabâ??s from mouse x sheep xeno-hybridomas (1E8ov and 2E12ov) and one mouse Mab (1E9) were active in immuno diffusion (ID) with mouse brain or cell culture virus antigen. One Mab (5B12) was negative in ID but perfect in cell based ELISA and IF for the virus plaque detection in BHK-21 cells. And one Mab (4G4) was negative in ID and IF but produced a very sensitive sandwich ELISA for the soluble antigen as capture Mab and Mab-HRP-conjugate. Neutralizing activity was detected for 4 mouse (4F1,7E3, 5B7 and 9A10) and 4 ovine (4B11ov,3F4ov, 1A4ov, 13-3ov) Mabâ??s. Combinations of mouse Mabâ??s with ovine Mabâ??s and anti-ovine IgG mouse Mabâ??s allows to create sensitive systems for the detection of different forms of Rabies Virus RNP. and G antigens.

Biography :

Vladimir K Sologub has completed his PhD at AllUnion Institute of Expemental Veterinary in 1979. He is the Head of the Laboratory of Hybridoma Technology of Russian Research Center of Molecular Diagnostic, a premier research organization. He has published more than 55 papers in reputed journals.



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