ライフサイエンスコーパス: gasping

1 udimentary pattern of inspiratory movements (gasping).

2 d that this burster discharge could underlie gasping.

3 44 of 113 (39%) of all arrested patients had gasping.

4 t 5-HT2A receptor activation is critical for gasping.

5 eas only one burst mechanism is critical for gasping.

6 markedly from eupnoea but are identical with gasping.

7 t-care reports to determine the incidence of gasping after arrest in relation to the various EMS arri

8 The incidence and significance of gasping after cardiac arrest in humans are controversial

9 The association between gasping and 1-year survival with favorable neurological

10 strong cardiorespiratory response including gasping and a pronounced bradycardia; however, the mecha

11 Here, we demonstrate that fictive gasping and CI-pacemaker bursting were selectively elimi

12 ude that PGE2 differentially modulates sigh, gasping and eupnoeic activity by differentially increasi

13 ) of 1-year survival with CPC </=2 versus no gasping and no shockable rhythm.

14 The frequency of sighs and gasping are stimulated at low concentrations, while the

15 The stroke volume produced by gasping averaged 23 +/- 6 mL, which represented approxim

16 Gasping combined with a shockable initial recorded rhyth

17 demonstrated that the presence or absence of gasping correlated with EMS arrival time.

18 During hypoxia, bradycardia, and hypoxic gasping develop after a brief period of hyperactivity.

19 95% confidence interval [CI]: 0.43 to 0.76), gasping during CPR (OR: 3.94; 95% CI: 2.09 to 7.44), sho

20 Gasping during CPR was independently associated with inc

21 dy sought to assess the relationship between gasping during out-of-hospital cardiac arrest and 1-year

22 Our studies confirm that preterminal gasping during ventricular fibrillation increases both v

23 This progresses to gagging, gasping, eye bulging, bradycardia, cyanosis, and vomitin

24 Remarkably, the gasping face (traditionally considered a display of fear

25 to others on the basis of facial behavior: A gasping face can be seen as showing "fear" and intent to

26 s threatening; Trobrianders chose the "fear" gasping face whereas Spaniards chose an "angry" scowling

27 challenge the Western assumption that "fear" gasping faces uniformly express fear or signal submissio

28 inely recognize, monitor, and record data on gasping in all future cardiac arrest trials and registri

29 rize the ventilatory patterns of eupnoea and gasping in the neonatal rat.

30 Gasping is a natural reflex that enhances oxygenation an

31 Gasping is associated with increased survival.

32 authors prospectively collected incidence of gasping on all evaluable subjects in a multicenter, rand

33 Gasping or abnormal breathing is common after cardiac ar

34 for individuals with and without spontaneous gasping or agonal respiration during CPR, respectively.

35 Nocturnal gasping or choking is the most reliable indicator of obs

36 esuscitation, after phrenic nerve-stimulated gasping, or during spontaneous ventilation, the impedanc

37 ed pups was associated with delayed onset of gasping (P < 0.001), delayed recovery of HR from hypoxic

38 that eventually died took longer to initiate gasping (p = 0.0001), recover heart rate (p = 0.0001), a

39 not terminating resuscitation prematurely in gasping patients and the need to routinely recognize, mo

40 Treatment with 5,7-DHT affected neither the gasping pattern once initiated, nor HR, V(E)/V(O(2)) or

41 in both groups, with no effect of DNE on the gasping pattern.

42 ivity then ceased, but later returned with a gasping pattern.

43 e day of birth, rats can exhibit eupnoea and gasping patterns which are very similar to those of adul

44 , AR occurs if oxygen is restored during the gasping period where an initial heart rate increase is r

45 the central respiratory oscillator, in which gasping relies on persistent sodium current, whereas eup

46 ggest that the recognition and importance of gasping should be taught to bystanders and emergency med

47 nter text files to determine the presence of gasping soon after collapse.

48 ructive sleep apnea was nocturnal choking or gasping (summary likelihood ratio [LR], 3.3; 95% CI, 2.1

49 Gasping was characterized by a sudden onset of phrenic a

50 As heat stress continued, gasping was evoked in both groups, with no effect of DNE

51 Upon exposure to anoxia, gasping was observed, even in animals in which phrenic a

52 Gasping was present in 39 of 119 patients (33%) who arre

53 ity is supplanted by the neural correlate of gasping, which is proposed to depend only on CI-pacemake

54 , and eupneic activity was reconfigured into gasping, which like eupnea was insensitive to 4 microM c