ライフサイエンスコーパス: arterial oxygen saturation

1 nt vasodilator, in response to reduced blood arterial oxygen saturation.

2 y physiology but maintained normal levels of arterial oxygen saturation.

3 of low flow supplemental oxygen to normalize arterial oxygen saturation.

4 and significantly lower post-Fontan systemic arterial oxygen saturation.

5 ine or methoxamine and significantly reduced arterial oxygen saturation.

6 the fraction of inspired oxygen to maintain arterial oxygen saturation.

7 It remains uncertain what values of arterial oxygen saturations achieve this balance in pret

8 improvements in arterial oxygen saturation (arterial oxygen saturation after 50 mL/kg: partial liqui

9 Associations between central venous but not arterial oxygen saturation and IDH were present througho

10 Arterial oxygen saturation and Pao2 were significantly l

11 Despite improving arterial oxygen saturation and pH, bystander cardiopulmo

12 Comparison of resting arterial oxygen saturation and proANP levels demonstrate

13 and 2438 m, respectively) above sea level on arterial oxygen saturation and the occurrence of acute m

14 gular venous pressure, respiratory rate, and arterial oxygen saturation and treatment with vasopresso

15 as elevated vascular permeability, decreased arterial oxygen saturation, and increased numbers of act

16 tion resulted in significant improvements in arterial oxygen saturation (arterial oxygen saturation a

17 anastomosis was higher (p = 0.005), and mean arterial oxygen saturation at follow-up was lower (p = 0

18 The primary outcome was lowest arterial oxygen saturation between induction and 2 minut

19 ndary outcomes of time to intubation, lowest arterial oxygen saturation, complications, and in-hospit

20 the intraperitoneal BLM model as assessed by arterial oxygen saturation (control, 84.4 +/- 1.3%; C-18

21 oxygenation does not seem to increase lowest arterial oxygen saturation during endotracheal intubatio

22 1), but did not change intraocular pressure, arterial oxygen saturation, end-tidal CO2, and respirati

23 nts their alveolar accumulation and improves arterial oxygen saturation even when administered 90 min

24 Arterial oxygen saturation (fingertip oximeter) was lowe

25 se oximetry beyond the simple measurement of arterial oxygen saturation from the finger or earlobe.

26 mechanical ventilation titrated to maintain arterial oxygen saturation > 90%), "hyperoxia" (standard

27 ssigned to "control" (FIO2 0.3, adjusted for arterial oxygen saturation >/= 90%) and "hyperoxia" (FIO

28 howed previously that pulmonary function and arterial oxygen saturation in NY1DD mice with sickle cel

29 ximetry can be used reliably to estimate the arterial oxygen saturation in patients with sickle cell

30 ults in an immediate improvement in systemic arterial oxygen saturation, it is also associated with a

31 % versus 95%; P = 0.003) and mean sleep-time arterial oxygen saturation level (median, 96% versus 91%

32 e subjects had significantly lower wake-time arterial oxygen saturation level (median, 97% versus 95%

33 y to continuous noninvasive IPPV once normal arterial oxygen saturation levels could be maintained on

34 e median percentage of total sleep time with arterial oxygen saturation < 90% was significantly highe

35 spent more than 10% of total sleep time with arterial oxygen saturation < 90% were classified as slee

36 s, significantly increased rate of change of arterial oxygen saturation, mixed venous oxygen saturati

37 d pulmonary arterial pressure did not affect arterial oxygen saturation nor result in the development

38 ng respiratory rate of < 18 breaths/min; and arterial oxygen saturation of > 90% on 40% oxygen trache

39 d in six patients, with a median increase in arterial oxygen saturation of 16%.

40 ial blood pressure by 50% without decreasing arterial oxygen saturation or Pao2.

41 n saturation (Sp o2 ) readings compared with arterial oxygen saturation (Sa o2 ) may occur in extraco

42 There is a significant genetic influence on arterial oxygen saturation (Sa(O(2))) in high-altitude (

43 ilure treated by hemodialysis, intradialytic arterial oxygen saturation (SaO(2)) time series present

44 The arterial oxygen saturation (SaO(2)), bicarbonate concent

45 the effect of postoperative IS on hypoxemia, arterial oxygen saturation (Sao2) level, and pulmonary c

46 ilities in the US with at least 1 functional arterial oxygen saturation (SaO2) measurement between Ma

47 ilation, end tidal carbon dioxide (PET,CO2), arterial oxygen saturation (SaO2), mean arterial blood p

48 ed earth-vertical translation thresholds and arterial oxygen saturation (SpO(2)) and found that the a

49 no significant differences in reductions in arterial oxygen saturation (SpO(2)) between the sexes.

50 compared 22 pulse oximetric measurements of arterial oxygen saturation (SpO2) in adult patients with

51 signed 1:1 to a restrictive oxygen strategy (arterial oxygen saturation target of 94%) (n = 733) or l

52 the occurrence of abnormal behaviors in the arterial oxygen saturation time series.

53 pressure (PEEP) with the goal of increasing arterial oxygen saturation to > or =0.92, reducing FIO2

54 Arterial oxygen saturation was 100% throughout the study

55 Median lowest arterial oxygen saturation was 92% with apneic oxygenati

56 class, systolic blood pressure, and resting arterial oxygen saturation was derived, discriminating p

57 Arterial oxygen saturation was determined by blood gas a

58 Because the arterial oxygen saturation was higher with CC+RB, the le

59 Resting arterial oxygen saturation was significantly lower and h

60 ctrocardiogram, arterial blood pressure, and arterial oxygen saturation were recorded for 1 hr after

61 rdiac output, aortic blood pressure, pH, and arterial oxygen saturation were recorded.

62 aintain venous hemoglobin concentrations and arterial oxygen saturation within the ranges of sea leve