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Tobias Aigner, chief perfusionist, department of Heart Surgery
This course is based on the recommendations of the Extracorporeal Life Support Organization (ELSO) and include lectures in the morning, while the afternoons will be spent on simulations, hands-on work and class discussions. Basic knowledge of ECMO therapy and the device components will be taught.
As a treatment option for the most critically ill patients, extracorporeal life support (ECLS) or extracorporeal membrane oxygenation (ECMO) is growing in popularity around the world. When used properly, ECMO can save the lives of patients of any age who are experiencing severe circulatory and respiratory failure.
Patients that require ECMO are in a critical condition, and the management of these patients is difficult. In order to implement ECMO successfully in clinical practice, education and expertise are required. Understanding the physiology of ECMO, as well as the risks involved, is essential.
We are pleased to share our experience we have gained over the past years and will offer ECMO training courses in Zurich for participants from all over the world. The courses’ contents are based on the recommendations of the Extracorporeal Life Support Organization (ELSO) and include lectures in the morning, while the afternoons will be spent on simulations, hands-on work and class discussions. Basic knowledge of ECMO therapy and the device components will be taught.
If you are interested, do not hesitate to contact us to discuss and conduct a simulation training. The trainings are possible with four to twelve participants and are conducted at the simulation center of the University Hospital Zurich.
9 am | Welcome and Coffee |
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9.15 am | Session I: Introduction |
9.40 am | Session II: Circuit components |
10.10 am | Session III: Cannulation & configuration |
10.45 am | Coffee break |
11.15 am | Session IV: Physiology |
11.40 am | Session VIIIa: Complications (surgical-related) |
12.15 pm | Session VIIIb: Complications (circuit-related) |
12.45 pm | Lunch break |
1.45 pm | Group 1: Training on mannequin (ultrasound-guided percutaneous implantation) Group 2: Priming and troubleshooting with the perfusion simulator |
2.45 pm | Coffee Break |
3 pm | Group 1: Priming and troubleshooting with the perfusion simulator
Group 2: Training on mannequin (ultrasound-guided percutaneous implantation) |
4 pm | Discussion & recap |
8 pm | Dinner |
9 am | Welcome back, questions & coffee |
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9.15 am | Session V |
10.45 am | Coffee break |
11 am | Session VI |
12.30 pm | Lunch break |
Group 1 | 1.30 pm: eCPR: theoretical and practical aspects 2.30 pm: Proning on ECMO: practical aspects |
Group 2 | 1.30 pm: Proning on ECMO: practical aspects 2 pm: eCPR: theoretical and practical aspects |
2.45 pm | Coffee Break |
3 pm | Group 1: Priming and troubleshooting with the perfusion simulator
Group 2: Training on mannequin (ultrasound-guided percutaneous implantation) |
4 pm | Discussion & recap |
8 pm | Dinner |
Session I:
Introduction ECMO overview & History of ECMO (and ELSO?) (different modes of ECMO support, milestones in the development of ECMO)
Session II: Circuit Components Circuit Overview, Cannulas & Tubing, Pump, Membrane Lung and Blender, Pressure Monitoring, Other circuit components
Session III: Cannulation & Configuration Cannulation, VV ECMO configurations, VA ECMO configurations, Cannulation complications
Session IV: Physiology Oxygen delivery & uptake, gas transfer in the membrane lung, hemodynamic monitoring on VV & VA ECMO, drainage insufficiency, return obstruction
Session V: V-V ECMO respiratory failure, patient selection for VV ECMO, Initiation of VV ECMO, VV ECMO maintenance, recirculation, weaning VV ECMO
Session VI: V-A ECMO Cardiac Failure, Patient Selection for VA ECMO, Initiation of VA ECMO, VA Maintenance, Left Ventricular Distention, Differential Oxygenation, Weaning VA ECMO
Session VII: Patient Management Sedation, Physiotherapy, Anticoagulation, Procedures, Renal Replacement Therapy, Hospital Transport
Session VIII: Complications
a) Complications Overview, Neurological Complications, Bleeding, thrombosis, hemolysis, limb ischemia, cardiac arrest during ECMO, HIT
b) blood cell trauma, membrane lung dysfunction, air embolism, pump failure, circuit disruption, accidental decannulation, coming off ECMO emergently
Tobias Aigner, chief perfusionist, department of Heart Surgery