Radial Arterial Lines Have a Higher Failure Rate than Femoral
نویسندگان
چکیده
Introduction Arterial lines are important for monitoring critically ill patients. They are placed most commonly in either femoral or radial sites, though there is little evidence to guide site preference. Methods This is an ambispective, observational, cohort study to determine variance in failure rates between femoral and radial arterial lines. This study took place from 2012 to 2016 and included all arterial lines placed in adult patients at a single institution. Causes of line failure were defined as inaccuracy, blockage, site issue, or accidental removal. The primary outcome was line failure by location. Secondary outcomes included time to failure and cause of failure. Results We evaluated 272 arterial lines over both arms of the study. Fifty-eight lines eventually failed (21.32%). Femoral lines failed less often in both retrospective (5.36% vs 30.71%) and prospective (5.41% vs. 25.64%) arms. The absolute risk reduction of line failure in the femoral site was 20.2% (95% confidence interval [3.7 - 36.2%]). Failures occurred sooner in radial sites compared to femoral. Infection was not a significant cause of removal in our femoral cohort. Conclusion Femoral arterial lines fail much less often then radial arterial lines. If placed preferentially in the femoral artery, one line failure would be prevented for every fourth line.
منابع مشابه
Lesser incidence of accidental catheter removal with femoral versus radial arterial access.
BACKGROUND Arterial catheterization is a frequent procedure in Intensive Care Units (ICUs). Accidental catheter removal (ACR) can cause severe and potentially life-threatening complications such as severe bleeding and vascular damage. Few data are available on accidental arterial catheter removal, and no studies have been found comparing the incidence of ACR between different arterial catheter ...
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We thank Drs. Chugh and Chugh for their interest in our work (1) and for their comments. We agree that access failure remains a limitation of transradial intervention (TRI). As demonstrated in SAFE-PCI for Women (Study of Access Site for Enhancement of PCI for Women) trial, radial artery spasm (RAS) is a major contributor to access site crossover from radial to femoral. Women generally have sma...
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