Homo- and heteroadhesion activity of autosymbionts of Aerococcus Viridans strains

Adhesion is the major stage of interaction of microorganisms with macroorganism, important factor with the help of which microflora colonizes different biotypes of macroorganism, thus providing colonization resistance, preventing adhesion and pathogenic invasion. In our study data about adhesive fea...

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Main Authors: Stepansky D.A., Kremenchutsky G.N., Koshevaya I.P., Velychko Ye.A.
Format: Article
Language:English
Published: Dnipro State Medical University 2016-12-01
Series:Medičnì Perspektivi
Subjects:
Online Access:http://medpers.dsma.dp.ua/issues/2016/N4/67-71.pdf
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author Stepansky D.A.
Kremenchutsky G.N.
Koshevaya I.P.
Velychko Ye.A.
author_facet Stepansky D.A.
Kremenchutsky G.N.
Koshevaya I.P.
Velychko Ye.A.
author_sort Stepansky D.A.
collection DOAJ
description Adhesion is the major stage of interaction of microorganisms with macroorganism, important factor with the help of which microflora colonizes different biotypes of macroorganism, thus providing colonization resistance, preventing adhesion and pathogenic invasion. In our study data about adhesive features of Aerococcus viridans autophytes of rats, mice and human are presented. Aerococcus viridans autosymbionts have higher performances of adhesion in the condition of heteroadhesion. Among performance of homoadhesion the highest microorganisms adhesive index (MAI) was in human autosymbionts – 5,78±0,04, in rats – 4,49±0,06 and mice – 4,29±0,04. On the account of greater adhesive features, using of autosymbionts of Aerococcus viridans theoretically can be justified for correction of disbiotic conditions of a human and animals, this requires further study.
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issn 2307-0404
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publishDate 2016-12-01
publisher Dnipro State Medical University
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series Medičnì Perspektivi
spelling doaj-art-7cfb7ca045f445fcb4224f6dc94980332025-08-20T02:50:30ZengDnipro State Medical UniversityMedičnì Perspektivi2307-04042307-04042016-12-012146771Homo- and heteroadhesion activity of autosymbionts of Aerococcus Viridans strainsStepansky D.A.Kremenchutsky G.N.Koshevaya I.P.Velychko Ye.A. Adhesion is the major stage of interaction of microorganisms with macroorganism, important factor with the help of which microflora colonizes different biotypes of macroorganism, thus providing colonization resistance, preventing adhesion and pathogenic invasion. In our study data about adhesive features of Aerococcus viridans autophytes of rats, mice and human are presented. Aerococcus viridans autosymbionts have higher performances of adhesion in the condition of heteroadhesion. Among performance of homoadhesion the highest microorganisms adhesive index (MAI) was in human autosymbionts – 5,78±0,04, in rats – 4,49±0,06 and mice – 4,29±0,04. On the account of greater adhesive features, using of autosymbionts of Aerococcus viridans theoretically can be justified for correction of disbiotic conditions of a human and animals, this requires further study.http://medpers.dsma.dp.ua/issues/2016/N4/67-71.pdfautosymbiontsAerococcus viridansadhesion
spellingShingle Stepansky D.A.
Kremenchutsky G.N.
Koshevaya I.P.
Velychko Ye.A.
Homo- and heteroadhesion activity of autosymbionts of Aerococcus Viridans strains
Medičnì Perspektivi
autosymbionts
Aerococcus viridans
adhesion
title Homo- and heteroadhesion activity of autosymbionts of Aerococcus Viridans strains
title_full Homo- and heteroadhesion activity of autosymbionts of Aerococcus Viridans strains
title_fullStr Homo- and heteroadhesion activity of autosymbionts of Aerococcus Viridans strains
title_full_unstemmed Homo- and heteroadhesion activity of autosymbionts of Aerococcus Viridans strains
title_short Homo- and heteroadhesion activity of autosymbionts of Aerococcus Viridans strains
title_sort homo and heteroadhesion activity of autosymbionts of aerococcus viridans strains
topic autosymbionts
Aerococcus viridans
adhesion
url http://medpers.dsma.dp.ua/issues/2016/N4/67-71.pdf
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AT koshevayaip homoandheteroadhesionactivityofautosymbiontsofaerococcusviridansstrains
AT velychkoyea homoandheteroadhesionactivityofautosymbiontsofaerococcusviridansstrains