Results for Caboolture Hospital


The Value of Avoiding the Pain of IV Catheter Failure.

Peripheral intravenous catheters (PIVC) are the most common invasive device utilised in health care, yet have very high failure rates because of infection, phlebitis, occlusion or dislodgement. Previous EMF-funded research (IVL-GONE: Intravenous Lines – Glue or Not Experiment, Bugden et al., 2015) has shown that the addition of two drops of medical grade superglue in addition to standard dressings at the insertion site of PIVCs can reduce the failure rate from 27% to 17% over 48 hours. Reduction in failure rates is expected to have beneficial effects on patient comfort and outcomes, along with hospital flow and costs. Uptake of these results globally will rely on cost-effectiveness evaluation, which is currently not available. This is preventing translation from research to practice.

To determine if this alternative method for PIVC securement is viable, we propose conducting an economic evaluation of the IVL-GONE findings. In order to do this, the value that patients place on avoiding IV catheter failure will be determined alongside health service delivery cost-effectiveness measures. This has never been done before in this setting for this specific outcome.

Thus the research questions are:
1. What is the value that patients place on the prevention of IV catheter failure?
2. Is superglue cost effective for the securement of IV catheters in the Emergency Department?

If the answers to these questions support the use of superglue to reduce IV catheter failure then it will enable implementation of this intervention in hospitals worldwide.

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IVL-Gone: Assessment of the effect of skin glue on the function of a peripherally inserted intravenous line.

Intravenous lines are placed in the majority of patients admitted to hospital. Unfortunately they often fall out, become infected, cause irritation & pain or become blocked. Occasionally this can cause a life threatening illness. Blood can leak from the intravenous line onto the patient’s skin, clothing or bed linen. This causes patient distress. It can also be dangerous for hospital staff if they accidentally come into contact with the blood.

The insertion of a replacement intravenous line is generally regarded as an unpleasant experience that would be nice to avoid. The IVL-GONE research team are researching the use of common skin glue (think super-glue) to ‘stick-on’ the intravenous line. Other benefits are thought to include keeping the bugs out, improving patient comfort & helping to protect hospital staff from blood. If the skin glue works as well as preliminary studies indicate, this could be a simple solution for a worldwide problem; Queensland research leading the world.

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