ライフサイエンスコーパス: respirator

1 bital were ventilated by a positive pressure respirator.

2 He was intubated and went onto an artificial respirator.

3 contact with measles patients; none wore N95 respirators.

4 based, closed-loop controlled protocols into respirators.

5 ) indicated a protective effect of masks and respirators against clinical respiratory illness (CRI) (

6 ified the protective effect of facemasks and respirators against respiratory infections among healthc

7 ous and assessed the effectiveness of an N95 respirator and surgical mask in blocking transmission.

8 hows that when these two kinds of organisms (respirators and fermenters) compete for a limited food s

9 ntly consider alternative use strategies for respirators and surgical masks during a pandemic that ma

10 Providing these numbers of respirators and surgical masks represents a logistic cha

11 A poorly fitted respirator blocked 64.5% of total virus and 66.5% of inf

12 A tightly sealed respirator blocked 99.8% of total virus and 99.6% of inf

13 and for N95 filtering facepiece respirators (respirators) by healthcare and emergency services person

14 Mechanistically, cisplatin decreased spare respirator capacity of brain synaptosomes and caused abn

15 Compared to masks, N95 respirators conferred superior protection against CRI (R

16 ructive apnea was induced by turning off the respirator during end expiration for 2 min.

17 onal protective equipment such as masks, N95 respirators, eye protection, and gowns when caring for p

18 The hospital had a respirator-fit testing program but no acid-fast bacilli

19 A respirator-fit testing program did not protect health ca

20 d maximum demand (all healthcare workers use respirators from pandemic onset).

21 ed respiration with an external cuirass-type respirator in cardiac magnetic resonance (MR) imaging wa

22 and the concomitant delayed weaning from the respirator in critically ill intensive care unit (ICU) p

23 aboratory study of the efficacy of masks and respirators in blocking inhalation of influenza in aeros

24 ircumstances under which the use of masks or respirators is most warranted.

25 of intravenous lines, bladder catheters, and respirators is recommended.

26 ters) compete for a limited food source, the respirators manage best when they are grouped in cluster

27 ases (eg, 2009-like pandemic), the number of respirators needed would be higher because the pandemic

28 air specimens, on surface specimens, and on respirators on days 5-8 after rash onset.

29 of masks (OR = 0.13; 95% CI: 0.03-0.62) and respirators (OR = 0.12; 95% CI: 0.06-0.26) against sever

30 ss of immunity status, HCWs should wear N-95 respirators (or equivalent) when evaluating suspected me

31 ipants were randomized to medical masks, N95 respirators, or targeted use of N95 respirators while do

32 emergency services personnel would require 4 respirators per day.

33 The results indicate that a poorly fitted respirator performs no better than a loosely fitting mas

34 An N95 respirator provided the best guard further enhanced by e

35 imated US demand for N95 filtering facepiece respirators (respirators) by healthcare and emergency se

36 hy volunteers with an ECG-triggered external respirator that was modified for use in the MR environme

37 neb-charge, 9.50 +/- 2.78% was found on the respirator tubing and tracheostomy tube and 21.9 +/- 7.1

38 When caring for measles patients, N95 respirator use by healthcare workers (HCWs) with documen

39 d use of medical masks alone or targeted N95 respirator use.

40 model to estimate demand for 3 scenarios of respirator use: base case (usage approximately follows e

41 istration of high-dose corticosteroid, and a respirator was switched over to non-invasive positive pr

42 Continuous use of N95 respirators was more efficacious against CRI than interm

43 sks, N95 respirators, or targeted use of N95 respirators while doing high-risk procedures or barrier

44 conversion to report that they always wore a respirator with a high-efficiency particulate air filter

45 eye protection; and group 6, fit-tested N95 respirator with eye protection.

46 with eye protection; group 5, fit-tested N95 respirator without eye protection; and group 6, fit-test

47 ulation would become ill, 1.7 to 3.5 billion respirators would be needed in the base case scenario, 2

48 med that in the base case scenario, up to 16 respirators would be required per day per intensive care