Reducing catheter occlusions can be an important step in your efforts to enhance patient safety and improve outcomes.
Despite continued efforts by healthcare practitioners, occlusions in central line catheters (CVCs and PICCs) remain a significant issue that can result in delays in critical patient care, increased risk of infection, and increased healthcare costs. One important cause of catheter occlusion is blood reflux,1 or when blood backs up into the catheter. Blood reflux can lead to an intraluminal thrombus, which may result in an inability to infuse IV fluids/medications. An occluded catheter may also lead to an inability to withdraw blood.
Some devices on the market, including positive pressure needlefree connectors, attempt to address the problem, but fail to address all causes of reflux. For example, positive pressure devices only impact blood reflux when a syringe or administration set is disconnected.
The Neutron® catheter patency device is the only device FDA-cleared to prevent multiple forms of reflux into a catheter and utilize ICU Medical’s patented needlefree connector technology. By preventing reflux, Neutron may help your efforts to enhance patient care and safety by reducing the risk of catheter occlusions. Reducing catheter occlusions can help minimize delay in therapy and procedures, minimize unnecessary patient discomfort, reduce length of stay, and decrease the need for and risks of declotting agents.
In a pilot study to determine whether the unique design features of the Neutron will provide prolonged catheter patency when compared to both a positive displacement connector (MaxPlus®, CareFusion, Inc.) and a neutral displacement connector (InVision-Plus®, RyMed, Inc.), only the Neutron devices tested remained occlusion free for the entire 11-day period of this experiment.5 None of the MaxPlus devices maintained catheter patency past seven days, with one device failing at five days and the other at six days. Only one of the InVision-Plus devices maintained patency through the entire 11-day period, with one device failing at six days and the other at eight days. Based upon this preliminary pilot study, the Neutron Catheter Patency Device may provide clinicians with superior catheter patency performance when compared to a positive displacement (MaxPlus) and a neutral displacement (InVision-Plus) device.
Avoid Delays in Critical Patient Care
Neutron may help avoid delays in therapy of critical intravenous medications (e.g., antibiotics and oncolytics), nutritional support, and blood products.
Avoid Patient Discomfort and Pain
Neutron may help avoid patient discomfort and pain caused by unnecessary needlesticks, catheter restarts, and manipulating the IV site.
Because Neutron reduces the risk of thrombotic occlusions, patients may be less likely to require the use of declotting agents.
Avoid Unnecessary Costs
Help Reduce Risk of Infection
In addition to taking advantage of ICU Medical's patented design features shown to provide a safe and effective microbial barrier, Neutron may help reduce the risk of infection by:
With a reduced risk of catheter occlusions, there is decreased need for expensive declotting agents such as tPA, along with incremental clinical costs associated with managing catheter occlusions. A scenario illustrating the potential cost savings associated with switching to Neturon catheter patency device for a hospital placing 2,000 central lines per year reveals that switching to Neutron could save the facility approximately $238,730 per year.6
The calculations assume a cost of $206 per tPA dose, an occlusion reduction of 50% using the Neutron, an average tPA success rate of 82%, a device replacement cost of $1,388, and a per-day inpatient cost of $1,853.6
Blood reflux is a key cause of catheter thrombotic occlusions that risk patient safety, clinical outcomes, and cost-efficient care. The Neutron catheter patency device is unique in its ability to significantly reduce all types of reflux into a catheter, and may help to significantly reduce costs associated with tPA treatments and catheter replacements.