Title: Research Communications of the 27(th) ECVIM-CA Congress: Intercontinental, Saint Julian's, Malta, 14th to 16th September 2017 Document date: 2017_11_7
ID: roslkxeq_242
Snippet: Upper and lower airway communities differ from each other and from the fecal microbiota. In upper airways, increased richness without change in relative abundance of predominant taxa was noted after asthma induction. In contrast, lower airway microbiota undergo significant changes in early and chronic stages of asthma. Decreases in relative abundance of organisms associated with healthy airways supports the concept of airway dysbiosis. Knowledge .....
Document: Upper and lower airway communities differ from each other and from the fecal microbiota. In upper airways, increased richness without change in relative abundance of predominant taxa was noted after asthma induction. In contrast, lower airway microbiota undergo significant changes in early and chronic stages of asthma. Decreases in relative abundance of organisms associated with healthy airways supports the concept of airway dysbiosis. Knowledge of changes in asthmatic airway microbial populations opens the door to investigation of modulation of airway microbiota to attenuate disease.
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