ライフサイエンスコーパス: sleep study

1 p apnea suspicion (most patients requiring a sleep study).

2 rty-six had AF episodes during the overnight sleep study.

3 ving OSA if they had a diagnosis following a sleep study.

4 Every woman had a diagnostic sleep study.

5 ejection fraction <40% underwent a baseline sleep study.

6 nts (controls) who did not have any previous sleep study.

7 ied as having OSA on the basis of a previous sleep study.

8 e MrOS (Osteoporotic Fractures in Men Study) Sleep study.

9 of risk factors included full in-laboratory sleep studies.

10 l study, 290 patients with CM were underwent sleep studies.

11 n these characteristics, we utilized SOPs in sleep studies.

12 ranslational recommendations in pre-clinical sleep studies.

13 upper airway obstruction visible on clinical sleep studies.

14 lence to commercial sensors during overnight sleep studies.

15 s, a highly genetically tractable system for sleep studies.

16 ry Risk Development in Young Adults (CARDIA) Sleep Study (2000-2006), the authors examine whether obj

17 All children had sleep studies; 31 exhibited rapid eye movement at sleep

18 e Osteoporotic Fractures in Men Study (MrOS) Sleep study, 424 women in the Study of Osteoporotic Frac

19 with untreated hypertension underwent a home sleep study (55 were found to have OSA; 36 were not).

20 s; 10 women, 4 men) underwent concurrent EEG sleep studies and [(18)F]fluoro-2-deoxy-D-glucose PET sc

21 Sleep studies and adenoid size estimates from lateral X-

22 s with OSA and 29 non-OSA controls underwent sleep studies and lumbar magnetic resonance imaging (MRI

23 In 360 CM patients, sleep studies and MDK serum level measurements were perf

24 res (normally requiring time, cost-intensive sleep studies and polysomnographic recordings).

25 Obese human subjects underwent sleep study and bariatric surgery with intraoperative li

26 mplicated pregnancies underwent an objective sleep study and laboratory evaluation during the third t

27 ity and OSA (AHI >= 10 events/h) underwent a sleep study and upper airway and abdominal magnetic reso

28 with sleep disorders undergoing a nocturnal sleep study (area under the curve, 0.799 [95% CI, 0.771-

29 ith suspected OSA who underwent a diagnostic sleep study at St.

30 After full-night sleep study blood samples were taken for HMW-HA and HYAL

31 al pulse oximetry excluded few patients from sleep studies, but identified a larger proportion of pat

32 It excluded only 8% of patients from sleep studies, but prioritized up to 23% of subjects to

33 system also demonstrates the potential for a sleep study by detecting disordered breathing for home s

34 Home sleep studies can be performed at lower cost, but result

35 atients from a large veterans administration sleep study center (n = 26 normal, n = 21 mild, n = 19 m

36 mnia in the Sao Paulo, Brazil, Epidemiologic Sleep Study cohort of 1,101 adults (20-80 years old).

37 comes of Sleep Disorders in Older Men (MrOS) Sleep Study cohort underwent in-home polysomnography wit

38 ollaboration Linking Opioid Use Disorder and Sleep study compared participants with OUD receiving met

39 lationship between clinical, laboratory, and sleep study data and frequency of painful crisis was inv

40 Total sleep time between the two sleep studies decreased from 371 +/- 13 to 304 +/- 14 mi

41 e differences between pre- and postoperative sleep studies demonstrated a reduction in the number of

42 obese patients with either a presumptive or sleep study diagnosis of obstructive sleep apnea must be

43 idated questionnaire to by the gold standard sleep study does not appear to lead to increased rates o

44 12 with severe sleep apnea underwent repeat sleep studies, during which blood was collected every 20

45 uma and PTSD was used to select a subset for sleep studies for 2 consecutive nights and the intermedi

46 RECOMMENDATION 1: ACP recommends a sleep study for patients with unexplained daytime sleepi

47 Cine magnetic resonance (MR) imaging sleep studies have become a useful tool in the evaluatio

48 However, this remains unknown because past sleep studies have focused on discrete items.

49 Sleep study-identified SDB (defined by frequency of apne

50 ,268 participants in the International COVID Sleep Study-II (ICOSS-II) were used.

51 Specifically, sleep studies in mosquitoes are lacking despite consider

52 Previous electrophysiological sleep studies in patients with disorders of consciousnes

53 Sleep studies in small-scale subsistence societies have

54 The cornerstone of sleep studies in terrestrial mammals, including humans,

55 r describes a program for the use of cine MR sleep studies in the evaluation of children with obstruc

56 anging arousal thresholds is crucial for any sleep study in flies.

57 results are at variance with numerous older sleep studies, including for budgerigars.

58 Sleep study information disclosed to sleep physicians co

59 Few interventional sleep studies investigated whether improving sleep affec

60 For each sleep study, LG and the AT were measured during NREM sle

61 ated with SWS loss across repeated overnight sleep studies (mean [SD] change, -0.6 [1.5%] per year; P

62 cardial infarction), type 2 diabetes, death, sleep study measures (such as the Apnea-Hypopnea Index),

63 free of self-reported CVD at the time of the sleep study, moderate levels of sleep-disordered breathi

64 lly or intraperitoneally, followed by either sleep studies (n = 10) or energy expenditure measurement

65 ght of behavioural, lesion, neuroimaging and sleep studies of episodic memory and contend that forget

66 In the Sleep Study of the National Social Life, Health, and Agi

67 14.5] years; 3005 women [55.6%]) had a prior sleep study, of whom 1935 (35.8%) tested positive for SA

68 hypertension in the entire cohort (n = 4,385 sleep studies on 1,451 individuals) and additionally in

69 Compared to the gold-standard device in 883 sleep studies on 377 subjects, the proposed system achie

70 th ambulatory blood pressure data (n = 1,085 sleep studies on 742 individuals).

71 Because it is not practical to perform sleep studies on all patients, readily available laborat

72 Here we report the first sleep study on a nocturnal primate performed in the wild

73 Following a baseline sleep study, one group was exposed to twelve 4-min episo

74 ercentage measured across repeated overnight sleep studies over a mean of 5.2 years apart (range, 4.8

75 Between 2012 and 2016, Jackson Heart Sleep Study participants (N=913) underwent an in-home Ty

76 stic curves for NPSG REML and MSLT findings (sleep studies performed between May 1976 and September 2

77 amilies) were studied with an overnight home sleep-study, questionnaires, and physical measurements.

78 November 30, 2020, and who had an available sleep study record.

79 ormal subgroups on the basis of pretreatment sleep study results.

80 For the 100 patients who underwent sleep studies, risk grouping was useful in prediction of

81 ents at the end of both limbs comprised home sleep study, subjective ratings of treatment value, slee

82 ic literature on sleepwalking aggression and sleep studies suggests that these fall into one or both

83 rmed multitrials/dose, multidose, randomized sleep studies testing the effectiveness of a combination

84 Participants underwent diagnostic sleep studies to obtain apnea-hypopnea indices.

85 d without OSA underwent a standard overnight sleep study to determine an apnea-hypopnea index.

86 Most published sleep studies use three species: human, house mouse, or

87 le patients with AMI underwent a whole-night sleep study using ambulatory monitoring.

88 On Days 1 and 10, a sleep study was completed following exposure to MIH or t

89 The subset for the sleep study was selected from the 10-year follow-up of t

90 tors, and healthy control participants) with sleep studies were included.

91 All OSA-related variables collected from the sleep study were examined as predictors in Cox regressio

92 sed by obstructive sleep apnoea on overnight sleep study, were randomly assigned therapeutic NCPAP or

93 The clinical utility of limited-channel sleep studies (which are increasingly conducted at home)

94 Additional sleep studies with and without oral appliance were perfo

95 ver study, 14 patients with OSA attended two sleep studies with and without their OA.

96 Sixty-three participants with OSA completed sleep studies with gold standard measurements of ventila

97 th severe sleep apnea also underwent a third sleep study with frequent BNP measurements while they we

98 4.8 years of age) completed an in-laboratory sleep study, with five simulated shifts during the day o

99 Large-scale sleep studies would benefit from precise and robust auto

100 litates prioritization of patients requiring sleep studies would thus be useful.