Add to ORKGComputerised adventitious respiratory sounds have been indicated as a promising outcome measure to monitor small changes in lung function of patients with chronic obstructive pulmonary disease (COPD). Nevertheless, before a measure can be used in clinical practice its measurement properties (e.g., reliability and validity) should be tested. Results showed that adventitious respiratory sounds, specially number of crackles, when recorded in the inspiratory phase have excellent reliability and moderate validity to assess lung function in patients with COPD. Thus, crackles might be a promising measure to monitor lung function in patients with COPD.publishe
Background The significance of pulmonary crackles, by their timing during inspiration, was described...
Background The significance of pulmonary crackles, by their timing during inspiration, was described...
A barrier to assess the relative effectiveness of respiratory therapies has been insufficient accura...
Introduction Computerized respiratory sounds (CRS) are closely related to the movement of air withi...
Introduction: Computerized respiratory sounds (RS) have shown potential to monitor respiratory statu...
Background: Computerized adventitious respiratory sounds (ARS), such as crackles and wheezes, have b...
Computerized respiratory sound analysis provides objective information about the respiratory system ...
A barrier to assessing the effectiveness of respiratory physiotherapy has been insufficient accurate...
A barrier to assessing the effectiveness of respiratory physiotherapy has been insufficient accurate...
Background: Timely diagnosis of acute exacerbations of COPD (AECOPD) is challenging as it depends on...
INTRODUCTION: Diagnosis of acute exacerbations of chronic obstructive pulmonary disease (AECOPD) is...
Lung sounds provide useful information for assessing and monitoring respiratory patients, but standa...
BACKGROUND: Computerized respiratory sounds are a simple and noninvasive measure to assess lung fun...
There is a need to develop simple, noninvasive, and sensitive outcome measures for respiratory thera...
BACKGROUND: There is an urgent need to develop new outcome measures for respiratory therapy, to eval...
Background The significance of pulmonary crackles, by their timing during inspiration, was described...
Background The significance of pulmonary crackles, by their timing during inspiration, was described...
A barrier to assess the relative effectiveness of respiratory therapies has been insufficient accura...
Introduction Computerized respiratory sounds (CRS) are closely related to the movement of air withi...
Introduction: Computerized respiratory sounds (RS) have shown potential to monitor respiratory statu...
Background: Computerized adventitious respiratory sounds (ARS), such as crackles and wheezes, have b...
Computerized respiratory sound analysis provides objective information about the respiratory system ...
A barrier to assessing the effectiveness of respiratory physiotherapy has been insufficient accurate...
A barrier to assessing the effectiveness of respiratory physiotherapy has been insufficient accurate...
Background: Timely diagnosis of acute exacerbations of COPD (AECOPD) is challenging as it depends on...
INTRODUCTION: Diagnosis of acute exacerbations of chronic obstructive pulmonary disease (AECOPD) is...
Lung sounds provide useful information for assessing and monitoring respiratory patients, but standa...
BACKGROUND: Computerized respiratory sounds are a simple and noninvasive measure to assess lung fun...
There is a need to develop simple, noninvasive, and sensitive outcome measures for respiratory thera...
BACKGROUND: There is an urgent need to develop new outcome measures for respiratory therapy, to eval...
Background The significance of pulmonary crackles, by their timing during inspiration, was described...
Background The significance of pulmonary crackles, by their timing during inspiration, was described...
A barrier to assess the relative effectiveness of respiratory therapies has been insufficient accura...