In this simulation, Dr. Nick Slamon provides an overview of Central Venous Line insertion preparation.
You can become an active participant in this simulation by experiencing it in immersive VR using an Oculus Rift. By subscribing to this simulation, you can not only watch the tutorial from any angle but also practice with the equipment in the scene.
Discussing equipment and setup for CVL training.
Demonstrating catheter size, uses, number of ports, etc.
Describing adult vs. pediatric differences.
Assets Used to Design this Simulation
With an optional Acadicus Pro Space license, you can gain access to this scene template, the environment, and all of the assets shown in this simulation, enabling you to design your own scenarios with custom settings, assets and environments. Send us a note to inquire about pricing options.
Environment Setting: ExamRoom
Bag Valve Mask
Sterile Kit Closed
Sterile Kit Open (partial)
Central Venous Catheter
Hand Gel Dispenser
About the Instructor
Dr. Nick Slamon
Dr. Slamon completed medical school in 2001 at Temple University School of Medicine in Philadelphia PA. He then completed a residency in pediatrics and a fellowship in Pediatric Critical Care Medicine at the Nemours/duPont Hospital for Children in Wilmington Delaware. In addition he serves an Associate Professor of Pediatrics in the Clinical track at Thomas Jefferson University Hospital. From 2007 until June 2011 Dr. Slamon worked at the University of Florida as an attending in the 24 bed mixed cardiac and pediatric intensive care unit. He also served as the fellowship program director for his final two years in Gainesville, overseeing 2 fellows per class. He then returned to duPont in July of 2011 serving as the fellowship director and overseeing the expansion from a one fellow per year program to the current 3 fellow per year, 9 fellow program.
Dr. Slamon is an active member of SCCM and the AAP. His research interests are varied but include a strong track record of education and partnership with fellows and junior faculty. Analysis of innovative ways to deliver care are of particular interest. Recent projects include a study of physician biometric parameters using wearables during live critical care activities, a similar biometric project in simulation, use of a digital stethoscope to diagnose pediatric murmurs remotely, review of rapid response activations using telemedicine technology, parameters needed to create a viable pediatric eICU, and he is currently working with a new device to help diagnose pediatric heart failure using an artificial intelligence analysis of ECG/Phonocardiograms. His most recent undertaking involves his partnership with Acadicus to improve immersive medical training through the use of virtual reality simulation.