DETECT AIRWAY NARROWING &CLOSURE DURING SLEEP: FIBER O
$0M01FY2000RRNIH
University Of Virginia Charlottesville, Charlottesville VA
Investigators
Linked publications & trials
Paper 37786359Paper 36692803Paper 34035112Paper 33002231Paper 32018030Paper 31505070Paper 31404238Paper 29897474Paper 28340044Paper 27221649Paper 26770763Paper 26258314Paper 26154337Paper 25572758Paper 25359343Paper 25337923Paper 25195547Paper 24973405Paper 24963646Paper 24841355Paper 24793076Paper 24780043Paper 24771855Paper 24756419Paper 24465565Paper 24299160Paper 24285677Paper 24243632Paper 23822046Paper 23657629Paper 23653149Paper 23637784Paper 23531955Paper 23525391Paper 23495621Paper 23384217Paper 23197414Paper 22981277Paper 22966246Paper 22961574Paper 22703929Paper 22579429Paper 22545071Paper 22508711Paper 22474497Paper 22389002Paper 22377800Paper 22232506Paper 22228772Paper 22172593Paper 22167126Paper 22130163Paper 22101155Paper 22082203Paper 22081303Paper 22015710Paper 21988932Paper 21976537Paper 21946833Paper 21911106Paper 21867844Paper 21857883Paper 21816787Paper 21690475Paper 21617098Paper 21570685Paper 21554109Paper 21385453Paper 21377927Paper 21360253Paper 21259025Paper 21194310Paper 21129332Paper 21127720Paper 21114859Paper 21050619Paper 21047922Paper 20929989Paper 20920442Paper 20847193Paper 20727190Paper 20724335Paper 20699432Paper 20624660Paper 20582734Paper 20551833Paper 20516163Paper 20492363Paper 20482511Paper 20434788Paper 20351592Paper 20339367Paper 20216931Paper 20167444Paper 20167171Paper 20144416Paper 20072145Paper 20046649Paper 20005544Paper 19964353
Abstract
We hypothesise that narrowing of the upper airway can be detected by measuring breathing sounds. A narrow airway will produce high frequency sounds. We propose to study 30 subjects who are undergoing sleep studies in the GCRC and compare on a breath by breath basis the presence of high frequency sounds to esophageal pressure and airflow signals.
View original record on NIH RePORTER →