15th Annual Neonatal and Pediatric ECLS Educational Conference
This exciting course is designed to provide an interactive educational activity that brings together a multidisciplinary group of health care providers that embrace the challenges of caring for patients receiving ECLS therapies. The virtual platform allows providers worldwide to participate in the interactive sessions. We have a multitude of sessions planned, including sessions on:
- Ethics and ECMO
- ECMO Beyond the Cannulas
- ECMO Use in Trauma
- Brain Death Testing on ECMO
- DCD & ECMO
- ECMO Algorithms
- Using 3D Models to Demonstrate Proper Cannula Placement
- Fireside Chats with Interactive Case Scenarios
Target Audience
This ECLS educational conference is intended for ECMO Specialists, Neonatologists, Pediatric and Adult Critical Care Physicians, Pediatric and Adult Surgeons, Perfusionists, Advanced Practice Nurses, Physician Assistants, Registered Nurses, Respiratory Therapists, and any other professionals interested in neonatal and pediatric ECLS.
This activity is approved for the following credit: AMA PRA Category 1 Credit™, ANCC, AAPA Category 1 CME, and ASWB. Other health care professionals will receive a certificate of attendance confirming the number of contact hours commensurate with the extent of participation in this activity.
IN-PERSON REGISTRATION CLICK HERE
OR
VIRTUAL REGISTRATION CLICK HERE
We are excited to be offering 2 options for attendance this year.
Virtual Attendance: Attend the 2-day virtual conference free of charge. The conference will be live streamed on Thursday, October 10th and Friday, October 11th.
In Person Attendance with ECMO Simulation ($200): Only 24 spaces available for this in-person option with a complete day of Neonatal & Pediatric ECMO simulation. In addition to the didactic sessions on Thursday, October 10th and Friday, October 11th, in person attendees will have a full day of Neonatal & Pediatric ECMO Simulation on Saturday, October 12th. Following ELSO’s Guidelines for Training and Education for ECMO Specialists, simulations will be focused on air embolism, pump failure, gas failure, membrane lung failure, drainage insufficiency, and accidental decannulation.