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Wiad Lek ; 68(4): 493-5, 2015.
Article in English | MEDLINE | ID: mdl-26887119

ABSTRACT

INTRODUCTION: The development of gingivitis among children remains actual problem in modern dentistry due to high prevalence, disorders of dental-alveolar functions and development of parodontium diseases at the older age. The microorganisms occupying dental chamfer play the leading role in parodontium tissues damage. AIM: Research of microbial spectrum of dental chamfer and assessment of etiology significances of the revealed microorganisms in gingivitis among children of school age. MATERIALS AND METHODS: Bacteriological research of dental chamfer in 30 children of secondary school age with gingivitis of slight and severe level. Inoculations have been done on the chocolate agar incubated in air-locked containers with gas generators for anaerobic atmosphere "GENbag Anaer" and inoculations on bloody gemagar--with gas generators for microaerophiles "GENbag Microaer" (bioMerieux) within 24-48 hours. Infections were precipitated out on the Saburo medium. Identification of discharged cultures was carried out on the microbialogic evaluator "Vitek II Compact" (bioMerieux). RESULTS: Microflora of dental chamfer in the examined children has been presented by three groups of microorganisms: gram-positive cocci (63.3%), gram-negative nonfermentative bacteriums (63.3%) and yeast Candida fungus (30%). Among gram-postitive cocci representatives of normal microflora of oral cavity Streptococcus oralis (26.6%) were dominated. Neisseria (N. sicca, cinerea et animaloris) were dominated most often in the group of gram-negative nonfermentative bacteriums (23.3% of children), yeast Candida fungus have been presented by two kinds--C. dubliensis (at 20% of children) and C. albicans (at 10%). The mean content of all discharged microorganisms has compounded 5,7 Ig KOE that supposes their etiology role in development of marginal gum inflammation. CONCLUSIONS: Received results showed us some mechanisms of development of inflammatory diseases of parodontium tissues which will allow us to develop new approaches of treatment and gingivitis prevention among children of school age.


Subject(s)
Candida albicans/isolation & purification , Gingiva/microbiology , Gingivitis/etiology , Gram-Negative Aerobic Bacteria/isolation & purification , Gram-Positive Cocci/isolation & purification , Adolescent , Child , Colony Count, Microbial , Dental Plaque Index , Female , Humans , Male , Periodontal Index
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