Aim: Study of taxonomical structure ofwound infection agents, prevalence of mixes, and detection of character of their possible connection with the results of various microorganisms population interaction in septic wounds.
Materials And Methods: A microbiological study of material from patients with wound infection (WI), 582 of those were cured in reanimation and intensive therapy departments (RITD; group 1) and 1455 - in surgical departments (SD; group 2), was performed. Taxonomic membership and ability to coexist was determined in 4129 microorganisms strains.
Zh Mikrobiol Epidemiol Immunobiol
March 2010
Aim: To study etiologic role of microorganisms during wound infection and elucidation of their populations interaction in patientswith burns.
Materials And Methods: 2137 patients with wound infection treated in burn center were studied. 3179 samples of wound exudates and 6501 strains of microorganisms were studied.