Email this article SPECIES CHARACTERISTIC AND PERSISTENT FACTORS OF CANDIDA GENUS FUNGI ISOLATED FROM VARIOUS BIOTOPES DURING INFECTIOUS-INFLAMMATION DISEASES AND INTESTINE DYSBIOSIS
- Authors: Kapustina OA1, Chaynikova IN1, Kartashova OL1
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Affiliations:
- Issue: Vol 89, No 4 (2012)
- Pages: 37-41
- Section: Articles
- Submitted: 09.06.2023
- Published: 15.12.2012
- URL: https://microbiol.crie.ru/jour/article/view/13690
- ID: 13690
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Abstract
Aim. Determine species composition and persistent properties of Candida genus fungi isolated
from various biotopes of the human organism during infectious-inflammation diseases and intestine
dysbiosis. Materials and methods. 152 Candida genus fungi were isolated and identified from
individuals with dysbioses and patients with infectious-inflammation diseases. Antilactoferrin and
sIgA-protease activity of isolates was determined by enzyme immunoassay. Results. C. albicans
strain was shown to be the dominant species isolated from all the studied biotopes. Wide prevalence
of the studied properties in Candida genus fungi and their dependence on species membership,
isolation biotope, infectious process form, degree of dysbiotic disorders in intestine was established.
Conclusion. The data obtained expand the understanding of biological properties of Candida genus
fungi that facilitate their prolonged survival in host organism.
from various biotopes of the human organism during infectious-inflammation diseases and intestine
dysbiosis. Materials and methods. 152 Candida genus fungi were isolated and identified from
individuals with dysbioses and patients with infectious-inflammation diseases. Antilactoferrin and
sIgA-protease activity of isolates was determined by enzyme immunoassay. Results. C. albicans
strain was shown to be the dominant species isolated from all the studied biotopes. Wide prevalence
of the studied properties in Candida genus fungi and their dependence on species membership,
isolation biotope, infectious process form, degree of dysbiotic disorders in intestine was established.
Conclusion. The data obtained expand the understanding of biological properties of Candida genus
fungi that facilitate their prolonged survival in host organism.
Keywords
References
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