ライフサイエンスコーパス: tracheotomy

1 No patient required a gastrostomy tube or tracheotomy.

2 nts to early tracheotomy rather than delayed tracheotomy.

3 adolone and breathed spontaneously following tracheotomy.

4 l ventilation via endotracheal intubation or tracheotomy.

5 rter ICU stay, and lower mortality than late tracheotomy.

6 eater odds of an otolaryngologist performing tracheotomy.

7 atibant and prednisolone; 1 patient required tracheotomy.

8 sociated with an otolaryngologist performing tracheotomy.

9 abolished when nasal airflow is bypassed by tracheotomy.

10 performed by an open approach, only 602 open tracheotomies (36.2%) were performed by otolaryngologist

11 Although 1664 of all tracheotomies (56.8%) were performed by an open approach

12 After anesthesia, paralysis, and tracheotomy, a normal saline wash procedure produced lun

13 Tracheotomy abolished hippocampal respiration-coupled rh

14 ic methods (closed suctioning systems, early tracheotomy, aerosolized antibiotics, humidification, lu

15 Early tracheotomy also resulted in fewer ICU days.

16 d in the literature but may be influenced by tracheotomy approach (open vs percutaneous) and other cl

17 Tracheotomies are frequently performed by nonotolaryngol

18 taneous tracheotomy within 48 hrs or delayed tracheotomy at days 14-16.

19 The effects of early percutaneous dilational tracheotomy compared with delayed tracheotomy in critica

20 63,687, and percentage of patients requiring tracheotomy decreased from 61% to 41% (all p <.0005).

21 Early tracheotomy, defined as a procedure performed within 10

22 Compared with late tracheotomy, early intervention was associated with lowe

23 .2] years; 1751 [59.8%] male) who received a tracheotomy for cardiopulmonary failure (652 [22.3%] per

24 ients aged 18 years or older who underwent a tracheotomy for cardiopulmonary failure at 1 of 8 US aca

25 e likely than other specialists to perform a tracheotomy for patients with history of neck surgery, m

26 onically critically ill patients, defined by tracheotomy for prolonged mechanical ventilation, or sur

27 The early tracheotomy group spent less time in the intensive care

28 Individuals undergoing early tracheotomy had a decrease in the occurrence of VAP (OR,

29 After a tracheotomy had been performed, ALI was produced in the

30 nt invasive treatment including coniotomy or tracheotomy in angioedema caused by these drugs.

31 mmendations suggest delaying or avoiding the tracheotomy in coronavirus disease 2019 patients.

32 dilational tracheotomy compared with delayed tracheotomy in critically ill medical patients needing p

33 The timing of tracheotomy in patients requiring mechanical ventilation

34 in practice changes regarding the timing of tracheotomy in severely ill adults requiring mechanical

35 , slow vital capacity change, time to death, tracheotomy or permanent ventilation and serum light neu

36 odds of both an otolaryngologist performing tracheotomy (OR, 1.26; 95% CI, 1.03-1.53) and use of the

37 ailure or receipt of mechanical ventilation, tracheotomy, or extracorporeal membrane oxygenation).

38 tudy demonstrates that the benefits of early tracheotomy outweigh the risks of prolonged translarynge

39 xtended resection (P = 0.012), and emergency tracheotomy (P = 0.02) were independent predictors for f

40 Most tracheotomies performed by otolaryngologists (602 of 652

41 se findings suggest that patients undergoing tracheotomy performed by an otolaryngologist are more li

42 of critically ill medical patients to early tracheotomy rather than delayed tracheotomy.

43 xy appointment prior to study entry (time of tracheotomy/RCU transfer) (odds ratio = 6.7, 95% confide

44 nd interacting with the endotracheal tube or tracheotomy site [odds ratio, 5.15; 95% CI, 2.10-12.60])

45 1.26; 95% CI, 1.03-1.53) and use of the open tracheotomy technique (OR, 1.48, 95% CI, 1.21-1.82).

46 was factors associated with use of the open tracheotomy technique.

47 bitone and breathing spontaneously following tracheotomy, the left sciatic and femoral nerves were el

48 In mice breathing through a tracheotomy, total gland fluid output was measured from

49 utonomy after removal of the jejunostomy and tracheotomy tubes.

50 utonomy after removal of the jejunostomy and tracheotomy tubes.

51 nly 5 years ago would have been palliated by tracheotomy, undergo now routine primary correction.

52 adolone and breathed spontaneously following tracheotomy, Using coloured microspheres, muscle blood f

53 of recovery from the surgical preparation, a tracheotomy was performed followed by insufflation of 48

54 faster start of spontaneous breathing after tracheotomy was performed.

55 19) were not associated with undergoing open tracheotomy when performed by any service, and Black rac

56 zed clinical trials comparing early and late tracheotomy with any of our primary outcomes, VAP or ven

57 vely randomized to either early percutaneous tracheotomy within 48 hrs or delayed tracheotomy at days