HIERARCHIC STRUCTURE OF NASOPHARYNX MICROBIOTIC COMMUNITY IN PATIENTS WITH ACUTE RESPIRATORY INFECTION

S.I Klymniuk,M.M Savchuk,N.I Tkachuk,M.S Tvorko,V.P Borak,L.B Romaniuk,O.V Pokryshko

doi:10.11603/1681-2727.2015.1.3850

Abstract

<p><em>The results of the study of microbiota of nasal mucosa of patients with acute respiratory infections and acute upper respiratory tract pathology are presented. It is revealed that the microbe variety of the nose and nasopharynx forms associations of staphylococci, streptococci, Neisseria, Moraxella, hemophilic bacteria, sometimes Enterobacteriacea and Pseudomonadaceae, mostly of streptococci and staphylococci. Populations of organisms differ in their levels of colonization. The highest values were characteristic for streptococcal community – 7,88 lg CFU/ml. </em></p>

Highlights

K ey w o rd s : acute re sp ira to ry in fe ctio n s, nasopharynx, m icrobiocenosis
Most diseases of the respiratory system result from the fo rm a tion of dysbiosis in th is microbiocenosis influenced by various factors, including viral upper respiratory tract diseases such as influenza, acute re sp ira to ry infections (ARI) and acute upper re sp ira to ry tra c t conditions [1,2 ]
The population structure of the of nasal mucosa m icrobe variety in examined patients was represented by 98 strains of facultative anaerobic, aerobic and anaerobic bacteria, which form ed associations

Summary

ОРИГІНАЛЬНІ ДОСЛІДЖЕННЯ

Most diseases of the respiratory system result from the fo rm a tion of dysbiosis in th is microbiocenosis influenced by various factors, including viral upper respiratory tract diseases such as influenza, acute re sp ira to ry infections (ARI) and acute upper re sp ira to ry tra c t conditions [1 ,2 ] Nowadys these diseases rem ain uncontrolled infections th a t cause sign ifican t damage to the health of the population. The aim of stu d y was to e va lu a te p o p u la tio n composition and colonization level of the nasopharynx m icrobiota in patients w ith acute respiratory infections for further exploration the possibility of predicting the risk of complications. In some cases the identification was made with sem i-autom atic microbiological analyzer «Vitek-2» [10]

Results and discussions

Moraxella cataralis

Conclusion