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Development and organization of production of Ros-bengal antigen for plate agglutination reaction for diagnostics of animal brucellosis

Project number  419-17-GK
name of the project  “Development and organization of production of Ros-bengal antigen for plate agglutination reaction for diagnostics of animal brucellosis”
Applicant  Kazakh Scientific and Research Veterinary Institute” Limited Liability Partnership
Grantee  Limited Liability Partnership “Kazakh Scientific Research Veterinary Institute”
Private Partner
Implementation period  2017-2020
Place of sale (city/region) Almaty
Industry Agribusiness and processing of agricultural raw materials
Objective of the project Development and organization of production

rose bengal antigen for the platelet reaction

agglutination reaction for the diagnosis of animal brucellosis

OIE standard.

Project Description Antigen for serological agglutination reaction

The aim of this project is to develop new technologies in the field of veterinary medicine and biotechnology.

technologies in veterinary medicine and biotechnology, namely

namely, the creation of a competitive product – the rose bengal antigen.

This project is aimed at developing new technologies in veterinary medicine and biotechnology – production of a competitive product – the Rose Bengal antigen.

It has a clear advantage over existing Kazakhstan preparations for the diagnosis of brucellosis.

Kazakhstan’s existing brucellosis diagnostic preparations.

The implementation of the project will make it possible to produce

The project will make it possible to produce a competitive product and obtain a product so vital for veterinary medicine

The project will make it possible to produce a competitive product and obtain a product so important and necessary for veterinary medicine,

which is so important for veterinary medicine

is not currently produced in the Republic of Kazakhstan.

Website https://www.kaz-nivi.kz/
List of products sold with prices  Rose bengal antigen 40 000 tg/litre
Project team (full name)  Abutalip A.  Myrzaliea A.J. Baramova Sh.A. Sultanov A.A. Ospanov E.K. Tusiphanuly 0.  Charyphan D.