ライフサイエンスコーパス: catheter removal

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1 ding an aminoglycoside, and early indwelling catheter removal).

2 the 46 abscesses recurred (12-95 days after catheter removal).

3 colonization and skin colonization rates at catheter removal.

4 reventing insulin errors and accidental tube/catheter removal.

5 g radiolabeled tracer, was given 1 hr before catheter removal.

6 ers (CVC) are slow and in many cases require catheter removal.

7 were cultured and venography was repeated at catheter removal.

8 were collected until treatment cessation or catheter removal.

9 essfully treated with antifungal therapy and catheter removal.

10 rapid and generally uncomplicated with early catheter removals.

11 test results, any time between 8 days after catheter removal and 3 months after surgery.

12 tions were aborted in all patients following catheter removal and carotid artery closure.

13 pulmonary artery catheter insertion mandates catheter removal and repair of the carotid artery punctu

14 of tissue removed, bladder infusion prior to catheter removal, and ethanol-glycine in assessment of t

15 whose ASB persists for more than 48 h after catheter removal, and pregnant women.

16 ife-threatening infections require immediate catheter removal, but most can be treated with antimicro

17 Prompt adequate antifungal treatment and catheter removal could be critical to decrease early mor

18 tibiotics in 81% of cases and central venous catheter removal in 51% (P = 0.001).

19 Aminoglycoside use and early catheter removal in patients with undocumented sepsis ma

20 s (CRBI) can be successfully treated without catheter removal (in situ therapy), but there is insuffi

21 Antibiotic therapy without catheter removal is unlikely to eradicate catheter-relat

22 o identify a biofilm device infection before catheter removal may obviate removal of a substantial nu

23 The rate of occurrence of bleeding with catheter removal (mediastinal output in the hour after r

24 The accidental tube/catheter removal multifaceted safety program decreased e

25 Infection requiring catheter removal occurred at a rate of 0.06 per 100 cath

26 Complications necessitating catheter removal occurred in 534 PICCs (20.8%) during 46

27 re were no complications, although premature catheter removal occurred in two patients.

28 t early appropriate antifungal treatment and catheter removal (odds ratio, 0.27; 95% CI, 0.08-0.91),

29 regression analysis, only early intravenous catheter removal (on day 2) [odds ratio: 0.390; 95% conf

30 Patients were followed up until catheter removal or death.

31 ssociated with a need for intervention after catheter removal (p < .05).

32 h an aggressive postoperative irrigation and catheter removal policy can result in transurethral rese

33 te hair removal, R = -0.012 [P = .95]; Foley catheter removal, R = -0.089 [P = .63]; deep vein thromb

34 on, in comparison with two methods requiring catheter removal (tip roll and tip flush), and a third t

35 At catheter removal, ultrasonography (US) of the veins cont

36 have a greater need for interventions after catheter removal, warranting added precautions.

37 Early indwelling catheter removal was performed routinely in the 107 (25%

38 inical failure, whereas early central venous catheter removal was protective (AOR, 0.43; P = .040).

39 However, interventions after catheter removal were required for only 8.3% (42/504) of

40 ithout bloodstream infection resolving after catheter removal with a positive quantitative tip cultur

41 28 cases); and (3) severe clinical symptoms (catheter removal with delayed replacement after deferves

42 randomisation and 48 h after central venous catheter removal with impregnated (antibiotic or heparin

43 ocytosis, or hypotension which resolved with catheter removal, without another source of infection.

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