CLINICAL SIGNIFICANCE OF THE STUDY OF THE MICROFLORA OF ECHINOCOCCAL CONTENTS AND DETERMINATION OF ITS SENSITIVITY TO ANTIBIOTICS
Keywords:
echinococcosis, microbiology, bacteria to antibiotics
Abstract
Echinococcosis, a severe parasitic disease, remains a medical and social problem in many countries around the world. It can take years to develop and can be detected accidentally (e.g. during an X-ray examination). The period from the time of infection to the first clinical signs can range from several months to tens of years.
References
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14. Terentyeva Z. Kh., Pyatachkova B. P. (2018). Pathomorphological changes in the internal organs of animals with echinococcosis. Theory and practice of combating parasitic diseases.No. 19. pp. 467-469.
15. Sorokman T. V., Makarova E. V., Popelyuk N. O. (2019). Echinococcosis in children (a clinical case of pulmonary echinococcosis in an 8-year-old girl) Actual infectology.Vol. 7.No. 1. pp. 35-41.
16. Tkhakakhova A. A., Andreyanov O. N., Timofeeva O. G. (2017). Sensitivity of protoscolexes of echinococcusmultilocularis to antibiotics.Theory and practice of combating parasitic diseases.No. 18. pp. 486-488.
17. Khodzhimatov G. M., Khakimov D. M., KhamdamovKh.,Karaboev B. B., Kasimov N. A. (2020). Modern approaches to the diagnosis and treatment of patients with liver echinococcosis and measures for their prevention of relapses.Re-health Journal.No. 2-2 (6). pp. 93-101.
18. Khudayarova G. N., Muradova E. V., Muratova Z. T., Vakhidova A.M., Ismoilova N. A. (2019). Microbiological and morphological studies of echinococci from operated patients. Questions of science and education.No. 28 (77). pp. 110-118.
2. Vakhidova A.M., Balayan E. V. (2017). Fungi of the genus Paecilomyces and their role in the development of echinococcosis.Current scientific research in the modern world.No. 3-3 (23). pp. 43-50.
3. Grigorova N. Yu., Mikhailova O. A., Khokhlova T. G. (2017). Parasitological indicators as evaluation criteria for environmental pollution in echinococcosis in the Omsk region.Infection and immunity. No. S. S. 859.
4. Dodusov V. V., Brook S. L., Militsa I. M. (2020). Some clinical and epidemiological features of echinococcosis based on the materials of the infectious service of the Smolensk region. Smolensk Medical Almanac.No. 1. pp. 98-99.
5. 5..Inyukina T. A., Gugushvili N. N. (2011). Formation and accumulation of intermediate products during the oxidation of higher carboxylic acids in the organs and tissues of pigs with a strong degree of echinococcal invasion.Proceedings of the Orenburg State Agrarian University.No. 2 (30). pp. 257-258.
6. Karataeva D. A. (2018).Echinococcosis-as a world problem and ways to solve it.Theory and practice of combating parasitic diseases.No. 19. pp. 190-192.
7. Kotenko D. V., Poroshin K. V., Dovgan N. B., Litau A.V. 2016. Features of veterinary and sanitary examination of slaughter products in echinococcosis.Almanac of World Science.No. 5-1 (8). pp. 35-38.
8. Kuliev A. A., Demnerova K., Abdullayeva U. D. (2017). Comparison of antimicrobial activity of different strains of lactobacillus bacteria against a number of pathogenic bacteria.Actual problems of the humanities and natural sciences.No. 1-1. pp. 41-44.
9. KenzhetaiZh., Allabergenova A., Aitzhanova T., Romashev K. M., Rozhaev B. G., Dosanov K. Sh. (2019). Amino acid composition of slaughter products of healthy and sick animals with echinococcosis in a comparative aspect.Kazakhstan Science News.No. 2 (140). pp. 139-146.
10. Martynova O. V., Salikhova N. F., Khanbekov Z. Z. (2016). Echinococcosis with isolated and combined lung damage. New science: Experience, traditions, innovations. No. 4-3 (77). pp. 42-46.
11. Leanovich S.I., Ladutska A.I., Novik G.I. (2019). Isolation of actinomycetes with antagonistic activity against gram-negative phytopathogenic bacteria.Journal of Agriculture and Environment.No. 4 (12). pp. 45-51.
12. Mirkhodzhaev I. A. (2020).The role of cytokines in the development and course of liver echinococcus.Biology and integrative medicine.No. 2 (42). pp. 62-74.
13. Ovsepyan L. M., Zanginyan A.V., Kazaryan G. S. (2012). Study of the lipid spectrum of erythrocyte membranes and the process of phospholipid peroxidation in liver echinococcosis.Epidemiology and infectious diseases.No. 4. pp. 21-23.
14. Terentyeva Z. Kh., Pyatachkova B. P. (2018). Pathomorphological changes in the internal organs of animals with echinococcosis. Theory and practice of combating parasitic diseases.No. 19. pp. 467-469.
15. Sorokman T. V., Makarova E. V., Popelyuk N. O. (2019). Echinococcosis in children (a clinical case of pulmonary echinococcosis in an 8-year-old girl) Actual infectology.Vol. 7.No. 1. pp. 35-41.
16. Tkhakakhova A. A., Andreyanov O. N., Timofeeva O. G. (2017). Sensitivity of protoscolexes of echinococcusmultilocularis to antibiotics.Theory and practice of combating parasitic diseases.No. 18. pp. 486-488.
17. Khodzhimatov G. M., Khakimov D. M., KhamdamovKh.,Karaboev B. B., Kasimov N. A. (2020). Modern approaches to the diagnosis and treatment of patients with liver echinococcosis and measures for their prevention of relapses.Re-health Journal.No. 2-2 (6). pp. 93-101.
18. Khudayarova G. N., Muradova E. V., Muratova Z. T., Vakhidova A.M., Ismoilova N. A. (2019). Microbiological and morphological studies of echinococci from operated patients. Questions of science and education.No. 28 (77). pp. 110-118.
Published
2021-06-12
How to Cite
A. M. Vakhidova, G. N. Khudoyarova, & Z. T. Muratova. (2021). CLINICAL SIGNIFICANCE OF THE STUDY OF THE MICROFLORA OF ECHINOCOCCAL CONTENTS AND DETERMINATION OF ITS SENSITIVITY TO ANTIBIOTICS. Central Asian Journal of Medical and Natural Science, 2(3), 204-208. https://doi.org/10.17605/cajmns.v2i3.201
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