This is a prospective, single-blinded, randomized study to assess the ability of taping methods used to secure intravenous (IV) catheters to resist the IV from being pulled away from the skin. Participants will have IV catheters taped on top of the skin (without insertion into the skin) using three taping methods, BCH Emergency Department (BCH ED), Chevron, and our novel method. Six measurements will be obtained per subject (3 random taping methods measuring their resistance to force in two directions, retrograde direction or towards the wrist and 90-degree angle to the arm).
Accidental removal of IV catheters delay patient care and can cause additional medical anxiety and pain that is heightened in the pediatric population. Moreover, such failed catheters create an increased burden economically and emotionally to patients, hospitals, and clinicians. To facilitate the most accurate, consistent results, a calibrated hand wheel test stand with a force gauge will be used to obtain force measurements. We will obtain the amount of force is required to remove the IV catheter form the skin of the subjects to compare the three taping measurements in two different directions. The retrograde direction will be pulling the IV distally from the IV site, towards the participant's wrist. The 90-degree angle will be pulling the IV medially away from the IV site.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
OTHER
Masking
SINGLE
Enrollment
32
Subjects will be asked to have the novel taping method placed on their left and right antecubital fossa region, superficially taping an IV catheter.
Subjects will be asked to have the BCH emergency department taping method placed on their left and right antecubital fossa region, superficially taping an IV catheter.
Subjects will be asked to have the Chevron taping method placed on their left and right antecubital fossa region, superficially taping an IV catheter.
Boston Children's Hospital
Boston, Massachusetts, United States
The Force (Newtons) Required to Dislodge an IV Catheter Secured by the Chevron, BCH ED, and Novel Taping Methods Using a Force Gauge in the retrograde direction.
We will examine the maximum force the Chevron, BCH ED, and Novel taping methods can withstand as measured by the force gauge in the retrograde direction, distally from the insertion site.
Time frame: Until the tape is dislodged- approximately 15 seconds
The Force (Newtons) Required to Dislodge an IV Catheter Secured by the Chevron, BCH ED, and Novel Taping Methods Using a Force Gauge in a 90 degrees direction.
We will examine the maximum force the Chevron, BCH ED, and Novel taping methods can withstand as measured by the force gauge in a 90 degrees direction, medially from the insertion site.
Time frame: Until the tape is dislodged- approximately 15 seconds
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