ライフサイエンスコーパス: respiratory mechanics

1 ion, dynamic computed tomographic scans, and respiratory mechanics.

2 alveolar extracellular matrix integrity and respiratory mechanics.

3 t maneuvers while measuring hemodynamics and respiratory mechanics.

4 reduction, without affecting gas exchange or respiratory mechanics.

5 ys, ultimately attributed to a compromise in respiratory mechanics.

6 effect is associated with an improvement in respiratory mechanics.

7 epending on the chest wall's contribution to respiratory mechanics, a given positive end-expiratory a

8 It is not known if abnormal dynamic respiratory mechanics actually limit exercise in patient

9 Careful monitoring of respiratory mechanics and cardiac function, especially i

10 Respiratory mechanics and CT measure-under the same term

11 Respiratory mechanics and gas exchange data were collect

12 Sleep alters respiratory mechanics and gas exchange, which can advers

13 Respiratory mechanics and hemodynamics were assessed pri

14 ration and expiration may vary, and abnormal respiratory mechanics and mask leaks may exacerbate this

15 2) conditional Syk knockout mice to evaluate respiratory mechanics and MCh responsiveness following P

16 Respiratory mechanics and methacholine (MCh) responsiven

17 ined inflation recruitment maneuvers improve respiratory mechanics and oxygenation and may protect th

18 uromuscular junction, respiratory muscles or respiratory mechanics) and is not due to persistent chan

19 iratory lung volume, arterial oxygen levels, respiratory mechanics, and cardiac output 5 mins after e

20 in paradoxical chest wall movement, altered respiratory mechanics, and frequent respiratory failure.

21 Since oxygenation and respiratory mechanics are linked, it is difficult to ide

22 Although global respiratory mechanics are usually used to determine the

23 ggest that infant girls may have more mature respiratory mechanics at birth, but that postnatal growt

24 ed pulmonary model was developed to estimate respiratory mechanics automatically and noninvasively.

25 Outcome measures included respiratory mechanics, barrier integrity, leukocyte accu

26 Traditional interpretations of respiratory mechanics based on unmodified airway pressur

27 The respiratory mechanics-based methods include gas entering

28 as assessed at 5 and 15 cm H2O PEEP by using respiratory mechanics-based methods: (1) increase in gas

29 f ventilator-induced lung injury in terms of respiratory mechanics, blood gases, and pulmonary edema.

30 njury groups, recruitment maneuvers improved respiratory mechanics, but stepwise recruitment maneuver

31 Acutely failing respiratory mechanics can be caused by central and perip

32 res of breathing effort, ventilator support, respiratory mechanics, central inspiratory drive, and in

33 es of breathing effort, ventilatory support, respiratory mechanics, central inspiratory drive, and in

34 l, of the tested cytokines without affecting respiratory mechanics, gas exchange, and hemodynamics.

35 ients with acute lung injury on lung volume, respiratory mechanics, gas exchange, lung recruitability

36 easuring differences between the two groups' respiratory mechanics, gas exchange, wet:dry weight, bro

37 aphy-guided ventilation resulted in improved respiratory mechanics, improved gas exchange, and reduce

38 view focuses on the fundamentals of abnormal respiratory mechanics in acute neurologic conditions, be

39 and effects of gender and smoking on passive respiratory mechanics in healthy infants.

40 the influence of gender on lung function and respiratory mechanics in naive mice and on acute airway

41 rgery (LVRS) has been suggested as improving respiratory mechanics in patients with severe chronic ob

42 Assessment of respiratory mechanics included plateau pressure, auto-po

43 a noninvasive method that is used to measure respiratory mechanics, including respiratory resistance

44 We aimed to determine whether respiratory mechanics (peak inspiratory pressure, positi

45 ft palate, pharynx, and larynx, but abnormal respiratory mechanics rarely coincide with abnormalities

46 Patients with COPD have derangements in respiratory mechanics that may cause them to stop exerci

47 Recent studies applying the principles of respiratory mechanics to respiratory disease have used i

48 d oscillatory dynamics demonstrated abnormal respiratory mechanics typical of emphysema.

49 Recruitment measured by respiratory mechanics was 54 +/- 28% (P-Vrs curve) and 3

50 Respiratory mechanics was assessed by peak ventilatory i

51 Respiratory mechanics was first assessed in the supine p

52 Respiratory mechanics were also measured for 60 min in a

53 Respiratory mechanics were assessed and compared between

54 Passive respiratory mechanics were assessed at 193 test sessions

55 Respiratory mechanics were assessed by determination of

56 onary vascular permeability and worsening of respiratory mechanics were markedly attenuated, systemic

57 Respiratory mechanics were measured by single-breath occ

58 Respiratory mechanics were unchanged.

59 Improvements in oxygenation, but not in respiratory mechanics, were associated with lower mortal