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what the experts say... |
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Maximize your BSI prevention bundle with a needleless access device based on these recommendations. |
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This study compares an Advanced Luer Activated Device (Flo-Link®, aka MaxPlus Clear™ Positive Displacement
Connector) to the same Split Septum device associated
with low BSI rates in three of the four studies referenced
by the SHEA/IDSA recommendation. The results of this
study state:
- “At 95% confidence intervals, p values did not indicate a significant difference in the BSI rates in the SSD or LAD groups in patients with peripheral and central lines. Sharp injuries related to IV port access were reduced from four during the Group 1 (SS period) to zero during the Group 2 period.”
- “The complexity of the design appears to be associated with an increase in bacterial transfer in
many of the currently manufactured mechanical valves…The results of this study suggest that the use of an advanced LAD in coordination with adherence to proper infection control practice does
not contribute to increases in either BSI rates or
sharp injuries.”2
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What specific connector features reduce infection risk?
- Smooth, flat and tightly sealed access port
complete disinfection
- No intricate surface details, nooks, or crannies
no areas to harbor bacteria
- Visible fluid path
allows for complete flushing
- Simple design
minimal parts to obscure fluid path
What additional features does the Advanced Luer Activated Device offer that simpler connectors do not?
- Positive displacement pulse
helps prevent reflux occlusion
- Saline only flush
reduces the use of heparin and associated heparin risks
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1. Jarvis, W. MD, et al. Increased central venous catheter-associated bloodstream infection rates temporarily associated with changing from a split-septum to a luer access mechanical valve needleless device: A nationwide outbreak? American Journal of Infection Control June 2005, Volume 33, Number 5 and Presentation at AVA 19th Annual Conference
2. Garcia, et al. A Study if the Effects on Bacteremia and Sharps Injury Rates after Introduction of an Advanced Luer Activated Device (LAD) for Intravascular Access in a Large Hospital Setting Abstract/Poster presented at APIC Conference 2007 |
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