Optimizing the securement of epidural catheters: an in vitro trial

Mohammed Hakim,1 Alexander B Froyshteter,2 Hina Walia,1 Dmitry Tumin,1,3 Giorgio Veneziano,1 Tarun Bhalla,1,4 Joseph D Tobias1,3,4 1Department of Anesthesiology and Pain Medicine, Nationwide Children’s Hospital, Columbus, OH, USA; 2Department of Anesthesiology, Rush University Med...

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Main Authors: Hakim M, Froyshteter AB, Walia H, Tumin D, Veneziano G, Bhalla T, Tobias JD
Format: Article
Language:English
Published: Dove Medical Press 2018-07-01
Series:Local and Regional Anesthesia
Subjects:
Online Access:https://www.dovepress.com/optimizing-the-securement-of-epidural-catheters-an-in-vitro-trial-peer-reviewed-article-LRA
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author Hakim M
Froyshteter AB
Walia H
Tumin D
Veneziano G
Bhalla T
Tobias JD
author_facet Hakim M
Froyshteter AB
Walia H
Tumin D
Veneziano G
Bhalla T
Tobias JD
author_sort Hakim M
collection DOAJ
description Mohammed Hakim,1 Alexander B Froyshteter,2 Hina Walia,1 Dmitry Tumin,1,3 Giorgio Veneziano,1 Tarun Bhalla,1,4 Joseph D Tobias1,3,4 1Department of Anesthesiology and Pain Medicine, Nationwide Children’s Hospital, Columbus, OH, USA; 2Department of Anesthesiology, Rush University Medical Center, Chicago, IL, USA; 3Department of Pediatrics, The Ohio State University College of Medicine, Columbus, OH, USA; 4Department of Anesthesiology and Pain Medicine, The Ohio State University College of Medicine, Columbus, OH, USA Introduction: Epidural anesthesia is frequently used to provide postoperative analgesia following major surgical procedures. Secure fixation of the epidural catheter is necessary to prevent premature dislodgment and loss of epidural analgesia. Using an in vitro model, the current prospective study evaluates different types of dressings for securement of an epidural catheter by quantifying the force in Newtons (N) required for dislodgment using a digital force gage. Methods: Four methods of epidural catheter securement were used on a simulator mannequin: 1) Suresite® Window Clear Dressing, 2) Op-Site Post-Op® Visible Dressing, 3) Steri-Strips® and Suresite Window Clear Dressing, and 4) Steri-Strips and Op-Site Post-Op Visible Dressing. Each method of securement was assessed 10 times to calculate the mean force required to dislodge the catheter. Mean force of dislodgment for each method was compared using parametric tests. Results: The force (mean ± SD) required for catheter dislodgment for the four methods was 14.0±2.9, 2, 10.7±1.5, 8.6±2.3, and 9.6±2.2 N, respectively. The pairwise difference showed that the Suresite Window Clear Dressing was the best securement method when compared with other methods. Conclusion: Our study demonstrates the advantage of the Suresite Window Clear Dressing in securing the epidural catheter. Future clinical trials are needed to validate these findings. Keywords: epidural catheter, securement, dressings
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spelling doaj.art-a6ea853a7741487eb832c92b76dd36802022-12-22T00:30:47ZengDove Medical PressLocal and Regional Anesthesia1178-71122018-07-01Volume 11313439364Optimizing the securement of epidural catheters: an in vitro trialHakim MFroyshteter ABWalia HTumin DVeneziano GBhalla TTobias JDMohammed Hakim,1 Alexander B Froyshteter,2 Hina Walia,1 Dmitry Tumin,1,3 Giorgio Veneziano,1 Tarun Bhalla,1,4 Joseph D Tobias1,3,4 1Department of Anesthesiology and Pain Medicine, Nationwide Children’s Hospital, Columbus, OH, USA; 2Department of Anesthesiology, Rush University Medical Center, Chicago, IL, USA; 3Department of Pediatrics, The Ohio State University College of Medicine, Columbus, OH, USA; 4Department of Anesthesiology and Pain Medicine, The Ohio State University College of Medicine, Columbus, OH, USA Introduction: Epidural anesthesia is frequently used to provide postoperative analgesia following major surgical procedures. Secure fixation of the epidural catheter is necessary to prevent premature dislodgment and loss of epidural analgesia. Using an in vitro model, the current prospective study evaluates different types of dressings for securement of an epidural catheter by quantifying the force in Newtons (N) required for dislodgment using a digital force gage. Methods: Four methods of epidural catheter securement were used on a simulator mannequin: 1) Suresite® Window Clear Dressing, 2) Op-Site Post-Op® Visible Dressing, 3) Steri-Strips® and Suresite Window Clear Dressing, and 4) Steri-Strips and Op-Site Post-Op Visible Dressing. Each method of securement was assessed 10 times to calculate the mean force required to dislodge the catheter. Mean force of dislodgment for each method was compared using parametric tests. Results: The force (mean ± SD) required for catheter dislodgment for the four methods was 14.0±2.9, 2, 10.7±1.5, 8.6±2.3, and 9.6±2.2 N, respectively. The pairwise difference showed that the Suresite Window Clear Dressing was the best securement method when compared with other methods. Conclusion: Our study demonstrates the advantage of the Suresite Window Clear Dressing in securing the epidural catheter. Future clinical trials are needed to validate these findings. Keywords: epidural catheter, securement, dressingshttps://www.dovepress.com/optimizing-the-securement-of-epidural-catheters-an-in-vitro-trial-peer-reviewed-article-LRAEpidural catheterSecurementDressings
spellingShingle Hakim M
Froyshteter AB
Walia H
Tumin D
Veneziano G
Bhalla T
Tobias JD
Optimizing the securement of epidural catheters: an in vitro trial
Local and Regional Anesthesia
Epidural catheter
Securement
Dressings
title Optimizing the securement of epidural catheters: an in vitro trial
title_full Optimizing the securement of epidural catheters: an in vitro trial
title_fullStr Optimizing the securement of epidural catheters: an in vitro trial
title_full_unstemmed Optimizing the securement of epidural catheters: an in vitro trial
title_short Optimizing the securement of epidural catheters: an in vitro trial
title_sort optimizing the securement of epidural catheters an in vitro trial
topic Epidural catheter
Securement
Dressings
url https://www.dovepress.com/optimizing-the-securement-of-epidural-catheters-an-in-vitro-trial-peer-reviewed-article-LRA
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