@entity1 with @entity3885 also have respiratory problems in sleep. The continuous acoustic lung sound detection together with a cardiorespiratory polysomnography allows a synchronous registration of @entity2488 as well as vigilance and respiratory parameters in sleep.A total of 20 @entity1 (9 male and 11 female) with @entity1224 and evident diurnal @entity2488 were investigated. We did a monitoring in all @entity1 with a nocturnal continuous acoustic lung sound detection together with a cardiorespiratory polysomnography. The mean age was 55 +/- 12 years (range 23 to 74). In all @entity1 acoustic nocturnal @entity2488 could be registered. The wheezing-time (time portion of wheezing while sleeping) was 32.1 +/- 27.4 % (mean +/- SD). We could not proof reliable a rhythm of @entity2488 . Only 3 @entity1 had increased @entity2488 between 3 and 5 AM. The sleep structure was disturbed in 16 of 20 @entity1 with reduced deep sleep, REM sleep and prolonged sleep latency. Knowing about nocturnal @entity2488 helps to adapt the antiobstructive therapy. One can expect that an improvement of the respiratory situation also improves sleep quality.

[Acoustic analysis of nocturnal XXXX ].

@entity1 :: ('9606', 'Species') :: ['Patients', 'patients'] @entity3885 :: ('MESH:D008173', 'Disease') :: ['obstructive pulmonary disease'] @entity1224 :: ('MESH:D000402', 'Disease') :: ['known obstructive airway disease'] @entity2488 :: ('MESH:D001982', 'Disease') :: ['bronchial obstructions', 'bronchial obstruction']
@entity2488 :: (MESH:D001982,Disease) :: ['bronchial obstruction']
