Computerized Adventitious Respiratory Sounds Analysis: Difference between revisions

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== Objective<br> ==
== Objective<br> ==


There is a need to develop simple, noninvasive, and sensitive outcome measures
There is a need to develop simple, noninvasive, and sensitive outcome measures for respiratory therapy. Adventitious respiratory sounds (ie, crackles and wheezes) can be objectively characterized with computerized respiratory sound analysis (CORSA) and have been shown to contribute for diagnosis purposes; however, their potential for use as outcome measures is unknown.
for respiratory therapy. Adventitious respiratory sounds (ie, crackles and wheezes) can be objectively
 
characterized with computerized respiratory sound analysis (CORSA) and have been shown
Respiratory diseases are a major cause of societal, health, and economic burdens worldwide. Therefore, in the last decade, significant research efforts have been dedicated to improve early diagnosis and routine monitoring of patients with respiratory diseases to allow timely interventions. However, addressing these issues has been highly challenging since available respiratory measures such as spirometry are dependent on patient motivation and cooperation, and other tests such as blood gas analysis and imaging are not available in all clinical settings and are expensive.
to contribute for diagnosis purposes; however, their potential for use as outcome measures is
unknown.


== Intended Population<br>  ==
== Intended Population<br>  ==

Revision as of 12:18, 6 June 2014

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Objective
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There is a need to develop simple, noninvasive, and sensitive outcome measures for respiratory therapy. Adventitious respiratory sounds (ie, crackles and wheezes) can be objectively characterized with computerized respiratory sound analysis (CORSA) and have been shown to contribute for diagnosis purposes; however, their potential for use as outcome measures is unknown.

Respiratory diseases are a major cause of societal, health, and economic burdens worldwide. Therefore, in the last decade, significant research efforts have been dedicated to improve early diagnosis and routine monitoring of patients with respiratory diseases to allow timely interventions. However, addressing these issues has been highly challenging since available respiratory measures such as spirometry are dependent on patient motivation and cooperation, and other tests such as blood gas analysis and imaging are not available in all clinical settings and are expensive.

Intended Population
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