ライフサイエンスコーパス: supine position

1 ressure of 35 cm H2O when implemented in the supine position).

2 tly (p > .05) different when measured in the supine position.

3 gic change in the prone position than in the supine position.

4 healthy young volunteers were studied in the supine position.

5 mages are gathered when the infant is in the supine position.

6 cts had synchronous breathing at rest in the supine position.

7 spine were performed in each patient in the supine position.

8 od pressure by 20 mm Hg after sitting from a supine position.

9 JVs and/or vertebral veins in the sitting or supine position.

10 aphs, and 12 had scoliosis persisting in the supine position.

11 ns of at least 16 hours or to be left in the supine position.

12 an the superior quadrant (P = 0.0186) in the supine position.

13 TS (n=15) and healthy controls (n=13) in the supine position.

14 d until the cornea was level with floor; and supine position.

15 ow (Doppler ultrasound) were measured in the supine position.

16 obtained with patients in the prone and the supine position.

17 ] years) was used only for ICP comparison in supine position.

18 an pressures than respective controls in the supine position.

19 p period, all measurements were taken in the supine position.

20 itting position and 3.4 +/- 0.6 mm Hg in the supine position.

21 ncreased an additional 2.8 mmHg lower in the supine position.

22 ntervals for 40 mins with the patient in the supine position.

23 nown polyps underwent CT colonography in the supine position.

24 y different between group II and controls in supine position.

25 a 3.5-MHz transducer with the subject in the supine position.

26 anced depth imaging in upright (sitting) and supine positions.

27 a clearance were superior in the lateral and supine positions.

28 nd with the Tono-Pen in both the sitting and supine positions.

29 d IOP changes upon awakening in habitual and supine positions.

30 rements of IOP were taken in the sitting and supine positions.

31 thy young adults in both the sitting and the supine positions.

32 eter with the volunteers in both sitting and supine positions.

33 lso compared after turning between prone and supine positions.

34 ial pressure (MAP) in the upright seated and supine positions.

35 in every lead vector: 33 (66%) failed in the supine position, 12 (24%) failed in the standing positio

36 In the supine position 19 of 48 patients showed significant emp

37 Compared with metabolic rate in the supine position (5.4 +/- 1.5 kJ/min), energy expenditure

38 After 5 minutes in the supine position, 5 scans were obtained from both eyes.

39 ge, 60 years; age range, 18-95 years) in the supine position and 34 women (mean age, 53 years; age ra

40 n in the participants after 5 minutes in the supine position and 5 minutes in the sitting position du

41 Blood pressure was measured in the supine position and after 3 minutes of standing, with th

42 is warranted due to lack of measurements in supine position and between midnight and 7 am.

43 Subjects were studied in the supine position and during upright tilt to 70 degrees fo

44 -minute baseline period with subjects in the supine position and then during 45 minutes of head-up ti

45 ositions were significantly greater than the supine position and were also significantly different fr

46 muscle sympathetic activity on Earth (in the supine position) and in space.

47 recumbent positions, IOP was measured in the supine position, and right and left lateral decubitus po

48 ardiopulmonary baroreceptor loading with the supine position appeared to cause a greater reliance on

49 t rest and during a plantarflexor MVC in the supine position at a knee angle of 90 deg and at ankle a

50 Patients underwent thin-section CT in the supine position at full inspiration at enrollment (basel

51 ll patients underwent thin-section CT in the supine position at full inspiration.

52 Retropubic urethral length (UL) in the supine position at rest was compared with its total leng

53 urethral length lies below the pubis in the supine position at rest.

54 In supine position at zero end-expiratory pressure, all cri

55 ed Valsalva manoeuvre with leg elevation and supine positioning at the end of the strain should be co

56 piratory mechanics was first assessed in the supine position, at zero end-expiratory pressure, and th

57 ressure of 35 cm H2O when implemented in the supine position before randomization, positive end-expir

58 In the supine position, both groups had similar LV end-diastoli

59 Blood pressure was measured in the supine position by using an automatic device.

60 The heart rate at rest, even in a supine position, can exceed 100 beats/min; minimal activ

61 Changes in sitting and supine position central macular thickness (in micrometer

62 during the 16-hour diurnal period and in the supine position during the 8-hour nocturnal period.

63 g the 16-hour diurnal/wake period and in the supine position during the 8-hour nocturnal/sleep period

64 during the light/wake period but only in the supine position during the dark period.

65 e taken in both the sitting position and the supine position during the light/wake period but only in

66 positioning for 3 days only and to avoid the supine position during the night for a minimum of 1 week

67 laboratory every 2 hours in the sitting and supine positions during the 16-hour diurnal/wake period

68 Subjects were studied in the upright and supine position, during acute zero gravity (parabolic fl

69 Intraocular pressure was measured in the supine position every 2 hours, using a pneumatonometer.

70 The subjects were then placed in the supine position for 5 minutes, and tonometry using the I

71 None of the women lying in the supine position had the entirety of the breast tissue lo

72 difficulty breathing that was exacerbated by supine positioning; he had not had any obvious anteceden

73 ight of the risks associated with the use of supine positioning in critically ill and mechanically ve

74 CT colonography was performed in prone and supine positions in 180 patients with polyps or risk fac

75 have been conducted to compare the prone and supine positions in acute respiratory distress syndrome,

76 plications of MPS obtained in both prone and supine positions in patients with perfusion defects on s

77 sthetized and submerged horizontally, in the supine position, in 100 degrees C (37 degrees C for cont

78 In the supine position, midodrine produced no significant chang

79 col (repetitive plantar-flexion movements in supine position; n=28).

80 as measured using a Perkins tonometer in the supine position on 58 eyes and upright on a subset of 8

81 s with SSc spectrum disorders exercised in a supine position, on a lower extremity cycle ergometer.

82 uations, patients were observed to be in the supine position only 0.45%, residual volume of >200 mL w

83 t position and 7.9 +/- 2.3 mmHg lower in the supine position (p < .05).

84 upright position and 5.4+/- 3.1 mmHg in the supine position (p < .05).

85 in Q and TVC in both the upright seated and supine positions (P < 0.001).

86 ghteen mongrel dogs were anesthetized in the supine position, paralyzed, and mechanically ventilated

87 s, which are taken while the patient is in a supine position, provide new opportunities to evaluate s

88 blood flow was studied in 21 piglets in the supine position randomized to three different groups: a

89 increasing number undergoing surgery in the supine position rather than just the classical prone tec

90 us -17+/-11 degrees, P=.04); that is, in the supine position, RR interval changes appeared to lead ar

91 ventilator group, animals were randomized to supine positioning (S) or rotational positioning with al

92 expectations, however, cardiac pacing in the supine position significantly reduced arterial pressure

93 head tremor is more likely to resolve in the supine position than is the head tremor of ST.

94 Nevertheless, in both the seated and supine positions the changes in MAP were primarily media

95 In the supine position, the dorsal lung regions had a high shun

96 tween change in systolic blood pressure from supine position to standing and 4-year mortality rates (

97 rteen healthy volunteers were studied in the supine position using concurrent UES and esophageal mano

98 percent of gastric emptying at 60 min in the supine position was 35% +/- 19%.

99 ponse to deep breathing and to standing from supine position) was correlated with esophageal function

100 When IOP data from just the supine position were analyzed, the trough-peak IOP diffe

101 The mean outflow facility in the sitting and supine positions were 0.30 +/- 0.31 microL/mL/mm Hg and

102 IOP in the sitting and supine positions were 17.8 +/- 1.7 mm Hg and 19.9 +/- 1.

103 e-volume curve of the lungs (obtained in the supine position) were also used as end-point variables.

104 res were similar to control pressures in the supine position, whereas patients with baroreflex failur

105 duced by HCl inhalation: pigs studied in the supine position with a low PEEP (5 +/- 3 [mean +/- SD] c

106 h a Goldmann Applanation Tonometer (GAT) and supine position with a Perkins tonometer.

107 seated position, (3) passive exercise in the supine position with the leg above the heart, and (4) pa

108 and 48 degrees (SD 12 degrees ) while in the supine position, with a mean difference of 11 degrees (S

109 mogeneous from dorsal to ventral than in the supine position, with more homogeneously distributed str

110 phy was performed with patients in prone and supine positions, with colonic segmental distention asse