![]() Of these deaths, thoracic trauma accounts for nearly a quarter of all traumatic deaths. The leading cause of death for individuals in the United States younger than 40 years old is trauma, with approximately 140,000 deaths annually. Further studies are warranted to determine if this ultrasound-guided technique will decrease complications with chest tube insertion and improve patient outcomes. The ability to accurately locate the correct intercostal space for thoracostomy incision was improved under ultrasound guidance. On average, the traditional technique was placed 0.88 rib spaces away (95 CI 0.43–1.03), while the ultrasound-guided technique was placed 0.09 rib spaces away (95 CI 0.0–0.19). The participants correctly identified the pre-determined intercostal space using palpation 48% (16/33) of the time, versus the ultrasound group who identified the proper intercostal space 91% (30/33) of the time. The distance from the proper insertion site was measured and recorded in rib spaces. The participants were then asked to use ultrasound to identify the proper thoracostomy site and mark it with an opaque marker. The participants were then given a brief hands-on training session using ultrasound to identify the diaphragm and count rib spaces. The distance from the correct insertion site was measured in rib spaces. Participants were asked to identify the thoracostomy site by placing an opaque marker where they would make their incision. An experienced physician sonographer used ultrasound to locate a site at mid-axillary line between ribs 4 and 5 and marked the site with invisible ink that can only be revealed with a commercially available UV LED light. A healthy volunteer was used as the standardized patient for this study. Methodsģ3 emergency medicine residents and medical students volunteered to participate in this study during routine thoracostomy tube education. The goal of this study is to determine whether novice providers could more accurately identify the appropriate intercostal site for thoracostomy by ultrasound guidance. Click on the Get a Quote button to start a dialogue with our friendly staff.Traditional landmark thoracostomy technique has a known complication rate up to 30%. With the X-Porte’s onboard educational visual guides and step-by-step tutorials, the user can instantly reference videos while simultaneously performing live scans.Ĭontact a National Ultrasound expert to see if the SonoSite X-Porte Ultrasound Machine with XDI TM technology is what you need for your setting. ![]() The highly portable cart makes it easy to maneuver around beds and exam tables for point-of-care imaging, and its screen folds down and its stand lowers making it even more compact for navigating busy corridors. With no buttons, the touchscreen surface is easy to clean and disinfect. Its intuitive touchscreen allows you to easily customize the user interface to suit your needs. This signal analysis algorithm shapes X-Porte’s ultrasound beam to pinpoint precision, substantially reducing artifact clutter while significantly enhancing contrast resolution. The SonoSite X-Porte Ultrasound Machine was developed from the ground up to incorporate SonoSite’s breakthrough, proprietary beam-forming technology: XDI TM (Extreme Definition Imaging). National Ultrasound is honored to offer a line of SonoSite ultrasound products, including the X-Porte. Department of Defense to today’s highly advanced ultrasound systems used around the globe, FujiFilm SonoSite has been defining and redefining next-generation point-of-care (POC) ultrasound as its recognized market leader. ![]() From behind-the-scenes experimental work for the U.S. ![]()
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