Complications
PICC lines have demonstrated
a lower incidence of complication than other types of central venous catheters.
However, insertion of any indwelling catheter entails some risk. Nurses
should remain vigilant for the following complications.
- Leakage at the site
may occur. This may be caused by loss of elasticity of the skin around the insertion
site, outward migration of the catheter, or rupture of the catheter.
- Catheter related blood stream infections (CRBSI) associated with PICC devices vary by setting. The rate of CRBSI in high-risk hospitalized patients with PICCs is about 2-5 per 1000 patient days. CRBSI in outpatient PICCs occur about 0.4 per 1000 patient days. (Safdar, N.; Maki, G. 2005) Improvements in PICC management may further reduce the incidence of CRBSI.
- Phlebitis
at the site is another complication that could occur and can be classified
as mechanical, bacterial or chemical (Mazzola, Schott-Baer, & Addy,
1999).
- Mechanical phlebitis
is sometimes noted 24 to 72 hours after insertion and usually subsides
with the application of moist heat (Rice, 1992).
- Chemical phlebitis
can occur but it is not common with PICC lines because the tip
of the catheter lies in large vessels, which provide adequate dilution
of medications.
- Thrombosis
may occur due to infection, catheter malposition
and chemical precipitates.
Signs
and symptoms of thrombosis include swelling of the arm
or neck or pain on the same side
as the catheter as well as increased arm circumference (Gorski & Czaplewski,
2005). Interventions include the delivery of thrombolytics within the
catheter or the POP technique to eliminate the clot (Fetzer & Manning,
2004).
- Catheter migration may occur. A sign of catheter migration is an increase
in catheter length at the insertion site or an inability to withdraw blood
from the catheter. If you suspect catheter migration, a chest x ray is needed
to confirm placement.
- Rare complications include
emboli, damage to the intima and catheter breakage
past the insertion point (Masoorli & Angeles, 1990, Brown, 1993).
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Leakage
around the insertion site may occur due to the following:
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