ライフサイエンスコーパス: recumbent

1 omplete a phase III clinical trial was human recumbent activated protein C.

2 reased by 20% with limb loading in both semi-recumbent and standing postures, while excitation remain

3 des orthostatic vital signs measured in both recumbent and vertical positions; however, specialized l

4 lved individualised aerobic training using a recumbent arm-leg stepper; and the sham exercise involve

5 men x+/- SD body weight: 76 +/- 21 kg) while recumbent at rest, sitting motionless, standing motionle

6 Maximum during controlled recumbent bending, 5.

7 At the end of controlled recumbent bending.

8 e volunteers (n = 14) underwent standardized recumbent bicycle exercise.

9 and cardiac output ( QT ) at rest and during recumbent cycle ergometer exercise at 760 Torr (SL) and

10 ic (FIO2 0.12) rest and exercise (100 W on a recumbent cycle ergometer).

11 each separated by >=48 h: (i) 60 min of semi-recumbent cycling (EX; 50% workload max) and (ii) 75 min

12 ercise test, and two 30 min sessions of semi-recumbent cycling exercise at 50% peak output following

13 bserved on supine plain abdominal (n = 6) or recumbent frontal chest (n = 3) radiographs in nine pati

14 Of 13 patients who underwent recumbent imaging, 10 (77%) had hiatal hernias and nine

15 03-2004 through 2011-2012 in high weight for recumbent length among infants and toddlers, obesity in

16 f infants and toddlers had a high weight-for-recumbent length and 16.9% (95% CI, 15.4%-18.4%) of chil

17 significant linear trends in high weight for recumbent length or high BMI were found over the time pe

18 Analyses of trends in high weight for recumbent length or obesity prevalence were conducted ov

19 diographic Global Impression of Change), and recumbent length or standing height, were key secondary

20 dlers from birth to 2 years, high weight for recumbent length was defined as weight for length at or

21 Weight and height or recumbent length were measured in 9120 participants in t

22 of infants and toddlers had high weight for recumbent length, and 16.9% (95% CI, 14.9%-19.2%) of 2-

23 above the 95th percentile of the weight-for-recumbent-length growth charts.

24 hange, but change of posture from upright to recumbent may contribute to the relative nocturnal IOP e

25 es drawn 6-hourly from arterial catheters in recumbent patients and from extracorporeal continuous re

26 basis to either the puncture-site-dependent recumbent position (210 biopsies) or the puncture-site-n

27 biopsies) or the puncture-site-nondependent recumbent position (213 biopsies) for at least 1 1/2 hou

28 ce-detected) was significantly higher in the recumbent position compared to the upright position [11.

29 xcitation and inhibition of soleus in a semi-recumbent position with and without 50% body weight limb

30 asured at baseline with the patient still in recumbent position, postoperative rotation was calculate

31 and is alleviated while sitting, lying in a recumbent position, standing against a wall or using wal

32 1)] with the greatest difference seen in the recumbent position.

33 ach acid reflux episode, particularly in the recumbent position.

34 nce of ventilator-associated pneumonia: semi-recumbent positioning in all eligible patients, sucralfa

35 the strongest supportive evidence were semi-recumbent positioning, sucralfate instead of H2-antagoni

36 , upright [58.6 s vs 13.1 s (p < 0.01)], and recumbent positions [136.7 s vs 14.2 s (p < 0.01)] with

37 In the recumbent positions, IOP was measured in the supine posi

38 red with neck flexion or extension or in the recumbent positions.

39 -7 lx) with maintained wakefulness in a semi-recumbent posture.

40 The source of the Altar Stone, the central recumbent sandstone megalith, has remained unknown, with

41 ter the Valsalva strain), or a standard semi-recumbent Valsalva manoeuvre.

42 rgo a modified Valsalva manoeuvre (done semi-recumbent with supine repositioning and passive leg rais

43 s of IOP measurements performed, sitting and recumbent, with the order of these sets of measurements