STRAIN OF HYBRID ANIMAL CELLS Mus musculus L - PRODUCER OF MONOCLONAL ANTIBODIES FOR EXPOSING VP40 PROTEIN OF EBOLA VIRUS, ZAIRE SUBTYPE (Mainga STRAIN) (VERSIONS), MONOCLONAL ANTIBODY PRODUCED BY SAID STRAIN (VERSIONS) AND SET FOR "SANDWICH" FORMAT IMMUNOENZYMOMETRIC TEST SYSTEM FOR EXPOSING VP40 PROTEIN OF EBOLA VIRUS, ZAIRE SUBTYPE (Mainga STRAIN) Russian patent published in 2010 - IPC C12N5/18 C12P21/08 G01N33/569 

Abstract RU 2395577 C1

FIELD: chemistry; biochemistry.

SUBSTANCE: invention discloses a strain of hybrid animal cells Mus musculus L.4 A2, which is deposited in the Collection of cell cultures of the State Research Center of Virology and Biotechnology VECTOR, which is a producer of monoclonal antibodies which are specific to the matrix protein VP40 of the Ebola virus, Zaire subtype (Mainga strain), and a strain of hybrid animal cells Mus musculus L. 1C1 which is deposited in the Collection of cell cultures of the State Research Center of Virology and Biotechnology VECTOR, which is a producer of monoclonal antibodies which are specific to the matrix protein VP40 of the Ebola virus, Zaire subtype (Mainga strain). The invention is also aimed at obtaining monoclonal antibodies 4A2 which are produced by the 4A2 hybridome, (subclass of immunoglobulins IgGl which have a heavy 55 kDa and a light 25 kDa chain) and are used as binding antigens in the "sandwich" format immunoenzymometric system for exposing the matrix protein VP40 of the Ebola virus, Zaire subtype (Mainga strain), and monoclonal antibodies 1C1 produced by the 1C1 hybridome (subclass of immunoglobulins IgGl which have a heavy 55 kDa and a light 25 kDa chain), used as biotin labelled indicators in the "sandwich" format immunoenzymometric system for exposing the matrix protein VP40 of the Ebola virus, Zaire subtype (Mainga strain). The disclosed antibodies are used together in a "sandwich" format immunoenzymometric system for exposing the matrix protein VP40 of the Ebola virus, Zaire subtype (Mainga strain).

EFFECT: invention enables to obtain monoclonal antibodies which are specific and do not compete with each other for antigen epitopes and which, when used together in a "sandwich" format immunoenzymometric system, ensure high reliability of results for exposing the matrix protein VP40 of the Ebola virus.

5 cl, 3 dwg, 1 tbl, 6 ex

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RU 2 395 577 C1

Authors

Kazachinskaja Elena Ivanovna

Ivanova Alla Vladimirovna

Kachko Alla Vasil'Evna

Subbotina Ekaterina Leonidovna

Chepurnov Aleksandr Alekseevich

Razumov Ivan Alekseevich

Loktev Valerij Borisovich

Dates

2010-07-27Published

2008-12-18Filed