Catharina Ziekenhuis Eindhoven
Eindhoven, North Brabant, 5623 EJ, Netherlands
NCT Number: NCT04683302
Central venous catheterization through the jugular vein is a standard procedure for cardiothoracic surgical patients. Ultrasound (US) guidance is preferred and compared to traditional landmark approach decreases complications and increases success rate. Both long and short axis views are used for obtaining access, both with their own advantages and shortcomings. Complications have also not completely diminished with the use of US. The investigators propose a new technique using 3D biplanar imaging, combining advantages from both long and short axis views in one image, enabling more successful procedures and a lower complication rate
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Notify Me18 year–85 year
All sexes
Interventional
Not applicable
Eindhoven, North Brabant, 5623 EJ, Netherlands
Central venous catheters (CVC) are frequently placed in patients who are scheduled for cardiothoracic surgery (ICU). Ultrasound (US) guidance has consistently shown to not only improve success rate of procedures, but also to decrease complications with most benefit for the jugular vein. However, serious adverse events still occur despite US guidance Conventional two dimensional ultrasound (2D US) guided access if performed in either the short axis or long axis view, with both approaches having their own limitations. Using short axis view, the operator is never certain of the position of the needle tip as the shaft of the needle is not distinguishable from the tip in this view. Structures not (yet) visible in the US screen can already be punctured, or a vessel can be entered at a different position than preferred. A possible mechanism through which carotid artery puncture can happen is the posterior wall puncture4.
For long axis view, with proper technique the needle is viewed entirely during the procedure. However, this requires extensive experience and the overview of surrounding structures is lost.Multiple attempts at improving US guided venous access have been tried, such as oblique visualization or alternating short and long axis views but those approaches still have their shortcomings.
Three dimensional ultrasound (3D US) has a theoretical advantage of increased anatomical awareness, but evidence of improvement in needle based procedures is scarce.
Recently, a new 3D US probe is introduced which can address the above mentioned limitations of 2D US for access procedures.
The investigators hypothesize that this superior three dimensional awareness can improve needle placement during central venous catheterization, increasing success rates and potentially decreasing complications.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
biplanar view of both short and long axis view of the internal jugular vein improves anatomical awareness and potentially improves safety of venous catheterization
2D short axis internal jugular vein catheterization
Time frame: during procedure/surgery
successful entry in internal jugular vein within one skin break and fluid motion
Time frame: during procedure/surgery
time from placing USprobe until start needling (in seconds)
Time frame: during procedure/surgery
time from puncturing skin until access in vein (in seconds)
Time frame: during procedure/surgery
total skin breaks needed before successful entry in vein
Time frame: during procedure/surgery
redirections of needle >5mm without needing new skin breaks
Time frame: during procedure/surgery
puncture of posterior wall of jugular vein
Time frame: procedure/surgery
satisfaction of operator with visual feedback from US, rated on Likert Scale 1-5 with 1 no satisfaction at all and 5 totally satisfied
Time frame: procedure/surgery
visualization of needle during procedure on US screen, rating from good - adequate - poor
Catharina Ziekenhuis Eindhoven
Other
3D Biplane vs Conventional 2D Ultrasound Guided Internal Jugular VEin caNnulation in CardiotHoracic surgerY Patients
Acronym: 3D Givenchy
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