Abstract
The scientific research work focuses on determining the immunogenic activity of the vaccine «Rhabdovac®» against animal rabies in industrial settings.
The primary objective of this study is to determine the immunogenic properties of the anti-rabies vaccine «Rhabdovac®» by conducting industrial tests on animals, in order to evaluate the immunogenic activity of the vaccine based on its ability to induce the production of antibodies via the anti-rabies viral neutralization reaction.
During the research, the inactivated liquid vaccine «Rhabdovac®», against animal rabies, was vaccinated once to 5 sheep aged 4-12 months (test protocol No. 33, 07/14/2019) at the livestock farm of the research and production enterprise «Antigen». Vaccine «Biocan-R» was used as a reference for comparative determination of the result and was vaccinated to 5 sheep aged 4-12 months. 5 healthy, unvaccinated sheep were used as controls. Sheep were checked for rabies antibodies prior to the study. Also in our subsequent study, we examined the dynamics of titer in the virus immunogenic activity neutralization response over a period of 12 months following subcutaneous administration of the «Rhabdovac®» vaccine with immunogenic activity of 2.0 IU/ml to four 2-5 months-old dogs in the vivarium of the scientific and production enterprise «Antigen» (test protocol No. 29, 07.02.2020).
As a result of the research, the immunogenicity of the rabies vaccine «Rhabdovac®» on animals in industrial conditions was determined by the virus neutralization reaction.
01 Introduction
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02 References
- 1. Barrat J. Rabies diagnosis / J. Barrat, E. Picard-Meyer, F. Cliquet // Dev Biol (Basel). – 2006. – Vol. 125. – P. 71-77. Theodorides J. Histological research on rabies in the 19th century / J. Theodorides // Clio Med. – 1981. – Vol. 16, № 2-3. – P. 83-92.
- 2. Rabies vaccine: traditional and novel approaches / Kieny Marie Paule, Desmettre Philippe, Soulebot Jean-Paul, Lathe Richard // Biotechnol. and Сотр. Med.- Basel, 1987.-P. 73-111.
- 3. Осидзе Д.Ф. Бешенство // Ветеринарные препараты: Справочник. - М., 1981.-С. 61-66.].
- 4. A comparison of the Pasteur and Pitman-Moore strains of rabies virus for the production of rabies vaccine in human diploid cells / Majer M., Herrmann Annelies, Hilfenhaus J. et al. // J. Biol. Stand.- 1977.-Vol. 5, №3. - P. 249-256.
- 5. Осидзе Д.Ф., Деметрадзе Л.Г., Сафаров Р.К. и др. Антигенная и иммуногенная активность культуральной концентрированной инактивированной вакцины // Ветеринария. -2001. - №1. - С.34-35.
- 6. Wu X., Franka R., Svoboda P., Pohl J., Rupprecht CE Development of combined vaccines for rabies and immunocontraception. Vaccine. 2009 Nov 27; 27(51):7202-9.
- 7. Рожаев Б.Г. Эпизоотология и иммунопрофилактика бешенства в Казахстане:афтореф. ... док.в.-х. наук: 06.02.02 / Кыргызский национальный аграрный университет им. К.И. Скрябина. – Бишкек, 2016. – 46с.
- 8. Министерство сельского хозяйства Республики Казахстан/ Комитет ветеринарного контроля и надзора/ Государственный реестр ветеринарных препаратов и кормовых добавок Глава 3. Раздел 1 (По состоянию на 20 февраля 2022 года) Нур-Султан 2022 г.
- 9. Абдуалиева А.А., Ахметсадықов Н.Н., Батанова Ж.М., Абдел З.Ж., Иманбекова Т.А. ҚҰТЫРЫҚ ВИРУСЫ CVS-11 ШТАММЫНА СЕЗІМТАЛ ТОРША ӨСІНДІСІНІҢ ЖҮЙЕСІН ТАҢДАУ// Ізденістер, нəтижелер – Исследования, результаты. №1 (81). ISSN 2304-3334 Алматы 2019 5-11 б.
- 10. Википедия материалы – еркін энциклопедия. 24.04.2021
- https://ru.wikipedia.org/wiki/GMP
- 11. Абдуалиева А.А., Ахметсадыков Н.Н. Кулманбетов К.Д., Иманбекова Т.А. CVS-11 құтырық вирусының штамын өсірудің оңтайлы параметрлері //С.Сейфуллин атындағы Қазақ агротехникалық университетінің ҒЫЛЫМ ЖАРШЫСЫ (пәнаралық) №1 (104) Нұр-Сұлтан 2020 142-151 б.
- 12. Abdualiyeva A.A., Akhmetsadykov N.N., Valdovska A., Shanbaev B.U. Improving the technology of obtaining an inactivated Аntirabic vaccine from CVS-11 strain // RJPT-AVP - Research Journal of Pharmacy and Technology (ISSN0974360X-India-Scopus). - Research J. Pharm. and Tech. Vol.13(12).- December 2020 P. 5929-5934