ライフサイエンスコーパス: expiratory muscle

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1 s and osteological correlates of the primary expiratory muscle.

2 e lower thoracic spinal cord to activate the expiratory muscles.

3 Expiratory muscle activation was triggered electrically

4 distinguishing between the contributions of expiratory muscle activity and elastic recoil to intrins

5 showed that the rise in respiratory-related expiratory muscle activity during progressive intensity

6 he importance of the timing and magnitude of expiratory muscle activity in causing patient-ventilator

7 The timing and magnitude of expiratory muscle activity were obtained by wire electro

8 vity, whereas patients with COPD had greater expiratory muscle activity.

9 piratory motor output and the onset of tonic expiratory muscle activity; furthermore, once EMG(di) wa

10 in the electrical activity of the abdominal expiratory muscles, both in hearing and deafened adult n

11 n motor neurons that innervate laryngeal and expiratory muscles, but the brain center that coordinate

12 We have developed a method by which the expiratory muscles can be activated via lower thoracic a

13 thoracic pressure, eventually exacerbated by expiratory muscle contraction and dynamic hyperinflation

14 A delay in relaxation of the expiratory muscles did not interfere with the success of

15 suggest that coactivation of inspiratory and expiratory muscles during behaviors such as emesis and s

16 ings indicate that somatosensory feedback to expiratory muscles elicits compensatory adjustments that

17 Few data exist concerning expiratory muscle function in amyotrophic lateral sclero

18 useful additional test in the assessment of expiratory muscle function.

19 differences in the cycling of the subjects' expiratory muscle group and that of the machine.

20 The nervous control of expiratory muscles is less well understood than that of

21 FMS of the expiratory muscles may prove to be a valuable technique

22 g a cough, a natural maneuver recruiting the expiratory muscles, might prove to be a useful additiona

23 cause of greater recruitment of rib cage and expiratory muscles (p = 0.004) and because clinical sign

24 Tidal volume during both inspiratory and expiratory muscle pacing and end-tidal PCO2 remained sta

25 delay resulting in alternate inspiratory and expiratory muscle pacing at a combined rate of 14 breath

26 gest that combined alternate inspiratory and expiratory muscle pacing may be a viable alternative met

27 lity of combined inspiratory intercostal and expiratory muscle pacing to provide complete ventilatory

28 After the addition of expiratory muscle pacing, end-tidal PCO2 fell to 36.3 +/

29 espiratory tract infections as the result of expiratory muscle paralysis and consequent inability to

30 al lesions of the MRF affect inspiratory and expiratory muscle responses to activation of the vestibu

31 t-term mortality was associated with reduced expiratory muscle strength and markedly elevated dead sp

32 ful complementary test for the assessment of expiratory muscle strength.

33 well established test that is used to assess expiratory muscle strength.

34 inspiratory muscle strength, whereas, of the expiratory muscle tests, only Tw Pga was significantly l

35 Expiratory muscle weakness was related to inability to g

36 atory mouth pressures do not always indicate expiratory muscle weakness.

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