ライフサイエンスコーパス: vascular catheter

1 on through the transient placement of a 5-Fr vascular catheter.

2 lly wrapped around the proximal segment of a vascular catheter.

3 ed on 42-h-fasted conscious dogs fitted with vascular catheters.

4 ally prepared under general anaesthesia with vascular catheters.

5 y justifying the continued use of multilumen vascular catheters.

6 -Dawley rats weighing 275-425 g with chronic vascular catheters.

7 ts were instrumented with a tracheostomy and vascular catheters.

8 zed and instrumented with a tracheostomy and vascular catheters.

9 es were continuously monitored by indwelling vascular catheters.

10 zed and instrumented with a tracheostomy and vascular catheters.

11 ract (42.2%), abdomen (18.8%), lung (13.0%), vascular catheters (6.3%), and skin or soft tissue (5.2%

12 estational age (dGA; term is ~147 days) with vascular catheters, an aortic flow probe and a deflated

13 nal age) were instrumented with amniotic and vascular catheters, an electrocardiogram (ECG) electrode

14 on (term ca 145 days) were instrumented with vascular catheters and a femoral artery Transonic flow p

15 n (dGA; term is approximately 145 days) with vascular catheters and a Transonic flow probe around a f

16 ally prepared under general anaesthesia with vascular catheters and a Transonic flow probe positioned

17 d between 117 and 120 days of gestation with vascular catheters and an umbilical flow probe.

18 Rats were instrumented chronically with vascular catheters and bilateral guide cannulae directed

19 their singleton fetus were instrumented with vascular catheters and flow probes around an umbilical a

20 offspring was chronically instrumented with vascular catheters and flow probes to test in vivo cardi

21 groups of conscious dogs fitted with chronic vascular catheters and intracerebroventricular (i.c.v.)

22 ion under general halothane anaesthesia with vascular catheters and transit-time ultrasonic flow prob

23 heep at 0.8 gestation were instrumented with vascular catheters and Transonic flow probes around an u

24 tion (term is ca 145 days) with amniotic and vascular catheters and with a transit-time flow probe ar

25 tion (term is ca 145 days) with amniotic and vascular catheters and with a transit-time flow probe ar

26 und the umbilical cord, amniotic and femoral vascular catheters and with transit-time flow probes aro

27 Candida cells adhere to a surface, such as a vascular catheter, and become encased in an extracellula

28 We excluded studies concerning indwelling vascular catheters, blood sampling, combination antisept

29 Many central vascular catheters (CVCs) are removed unnecessarily beca

30 dida albicans biofilms, including those from vascular catheter, denture, and urinary catheter models

31 Silicone vascular catheters have a greater risk of infection and

32 ed in the parasagittal parietal cortices and vascular catheters in the sagittal sinus and brachioceph

33 sor-masked randomized trial in patients with vascular catheters inserted for an expected duration of

34 ngitis, prostatitis, osteomyelitis, infected vascular catheter, internal organ abscess, and diabetic

35 e of culturing a single segment of a central vascular catheter is inadequate and needs to be reexamin

36 infection were nasal carriage, presence of a vascular catheter, low CD4 count, and neutropenia.

37 hetized and mechanically ventilated, and had vascular catheters placed.

38 .001), diabetic retinopathy (P < 0.001), and vascular catheter placement or infection (P < 0.001).

39 er complement activation in vitro than other vascular catheter polymer materials.

40 as implantable cardiac devices and dialysis vascular catheters, recent surgical procedures, injectio

41 le drapes was measured, and surveillance for vascular catheter-related infection was performed.

42 on termed the dorsal vagal complex (DVC) and vascular catheters to enable direct DVC infusion and blo

43 ated with decreased transmission risk, while vascular catheter use was associated with increased tran

44 orsal margin of the CeA in male Wistar rats; vascular catheters were also placed at this time.

45 Patients with indwelling vascular catheters were excluded.

46 Crown-rump length-measuring devices and vascular catheters were implanted in 12 sheep fetuses at

47 Under general anaesthesia, vascular catheters were inserted and a Transonic flow pr

48 a history of multiple infections of central vascular catheters with other organisms, requiring cours