It is unclear whether the failure to reverse bronchoconstriction with deep inspiration (DI) in asthma is due to reduced maximal dilatation of the DI. We compared the effect of different DI volumes on maximal dilatation and reversal of bronchoconstriction in nine asthmatics and ten non-asthmatics.During bronchoconstriction, subjects took DI to 40%, 70% and 100% inspiratory capacity, on separate days. Maximal dilatation was measured as respiratory system resistance (Rrs) at end-inspiration and residual dilatation as Rrs at end-expiration, both expressed as percent of Rrs at end-tidal expiration prior to DI.DI volume was positively associated with maximal dilatation in non-asthmatics (ANOVA p= 0.055) and asthmatics (p= 0.023). DI volume was po...
In the absence of deep inspirations, healthy individuals develop bronchoconstriction with methacholi...
BACKGROUND:Asthma exacerbations cause lung hyperinflation, elevation in load to inspiratory muscles,...
Introduction: Decreased airway distensibility (AD) in response to deep inspirations, as assessed by ...
It is unclear whether the failure to reverse bronchoconstriction with deep inspiration (DI) in asthm...
After bronchoconstriction, deep inspiration (DI) causes dilatation followed by airway re-narrowing. ...
SummaryWe have previously reported that the magnitude of deep inspiration (DI)-induced bronchodilati...
The effects of a deep inspiration (DI) in individuals with asthma differ from those observed in heal...
Deep inspirations (DIs) have a dilatory effect on airway smooth muscle (ASM) that helps to prevent o...
Deep inspirations (DIs) have a dilatory effect on airway smooth muscle (ASM) that helps to prevent o...
In healthy subjects Deep Inspiration (DI) transiently dilates the airways, while many asthmatics sho...
AbstractThe response to deep inspiration (DI) has been reported in terms of specific airway conducta...
In healthy subjects, deep inspiration (DI) acts both as a bronchodilator and a bronchoprotector. The...
We have previously shown that in healthy subjects, deep inspiration (DI) has not only a bronchodilat...
The lungs are in a constant state of motion. The dynamic nature of tidal breathing, whereby cycles o...
The lungs are in a constant state of motion. The dynamic nature of tidal breathing, whereby cycles o...
In the absence of deep inspirations, healthy individuals develop bronchoconstriction with methacholi...
BACKGROUND:Asthma exacerbations cause lung hyperinflation, elevation in load to inspiratory muscles,...
Introduction: Decreased airway distensibility (AD) in response to deep inspirations, as assessed by ...
It is unclear whether the failure to reverse bronchoconstriction with deep inspiration (DI) in asthm...
After bronchoconstriction, deep inspiration (DI) causes dilatation followed by airway re-narrowing. ...
SummaryWe have previously reported that the magnitude of deep inspiration (DI)-induced bronchodilati...
The effects of a deep inspiration (DI) in individuals with asthma differ from those observed in heal...
Deep inspirations (DIs) have a dilatory effect on airway smooth muscle (ASM) that helps to prevent o...
Deep inspirations (DIs) have a dilatory effect on airway smooth muscle (ASM) that helps to prevent o...
In healthy subjects Deep Inspiration (DI) transiently dilates the airways, while many asthmatics sho...
AbstractThe response to deep inspiration (DI) has been reported in terms of specific airway conducta...
In healthy subjects, deep inspiration (DI) acts both as a bronchodilator and a bronchoprotector. The...
We have previously shown that in healthy subjects, deep inspiration (DI) has not only a bronchodilat...
The lungs are in a constant state of motion. The dynamic nature of tidal breathing, whereby cycles o...
The lungs are in a constant state of motion. The dynamic nature of tidal breathing, whereby cycles o...
In the absence of deep inspirations, healthy individuals develop bronchoconstriction with methacholi...
BACKGROUND:Asthma exacerbations cause lung hyperinflation, elevation in load to inspiratory muscles,...
Introduction: Decreased airway distensibility (AD) in response to deep inspirations, as assessed by ...