View clinical trials related to Ultrasound Guidance.
Filter by:Real-time ultrasound guidance for central venous catheter catheterism is recommended in order to reduce complication, in particular for internal jugular site1. Nevertheless, the usefulness of ultrasound guidance for subclavian approach remains controversial, in particular because needle visualisation is more complex as compared to jugular site2,3. New magnetic devices (Needle-pilotTM device, Samsung Healthcare) could theoretically allow a better needle visualisation and a better success rate. The investigators hypothesize that such device could improve the feasibility of subclavian catheterism. As this device has not been evaluated in patients, the investigators decided to perform a simulation study on a human torso mannequin. This methodology has been already used by Vogel et al in 20154. The main objective aims to compare the procedure time between conventional real time ultrasound guidance and guidance with Needle-pilotâ„¢ device.
The aim of this study is to evaluate the optimization of local anesthetic effect with duplex ultrasound-guided injection of lidocaine before femoral artery puncture during diagnostic or therapeutic interventional procedures. In total, 200 patients scheduled for various diagnostic or therapeutic interventional radiology procedures requiring femoral artery puncture, will be randomized in two groups after informed consent. Patients will be randomized to undergo groin local anesthesia with the proposed method of duplex ultrasound guided injection of lidocaine versus standard injection of lidocaine with manual palpation (control group). The protocol includes the registration of patients' demographics (age, gender, risk factors for peripheral arterial disease), arterial morphological characteristics (calcifications and presence of atheromatous disease), as well as technical details of the procedure (total puncture duration, sheath size, antegrade/retrograde puncture, etc.) Primary study endpoint will be peri-procedural pain that will be assessed with the use of a visual analog scale (VAS) completed by the patient at the end of the procedure. Secondary study endpoints will evaluate procedural safety and complications during the immediate post-procedural period (up to 7 days).