Dive into cardiac dynamics and perfusion techniques with live expert sessions. Enhance your skills with real-time insights and interactive learning for professional growth
Gain valuable insights into perfusion imaging through in-depth exploration of modalities and interpretation techniques for professional skill enhancement
Uncover the challenges of ECLS and how to navigate its adverse effects for improved patient outcomes in this essential guide for healthcare professionals.
webinar is particularly designed for perfusionists, cardiac nurses, and other healthcare professionals who are keen on advancing their knowledge and skills in cardiac monitoring
We begin with the basics, explaining the components of ABG, including pH, PaCO2, PaO2, HCO3-, and SaO2. This foundational knowledge is crucial for perfusionists
The use of Goal Directed Perfusion and balancing the needs of the surgeon and the needs of the patient. Using DO2i as a tool to determine perfusion adequacy and justify flows
Transfusions cary risks, anemia causes morbidities: Discussions surrounding the use of transfusions, transfusion management and when transfusions are just a necessity
Understanding the physics of Intra-Aortic Balloon Pumps. Learn the 8 phases of the cardiac cycle and how to accurately time the IABP. IABP, Impella, and ECMO
RAPP is a technique utilized to min. hemodilution associated anemia on cardiopulmonary bypass. Risks associated with RAPP: hypotension, acute hypovolemic shock and hypo - perfusion
Pulsatile perfusion: What are the benefits, and do they outweigh the risks? Physiologic pulse pressure and circuit limitations will be discussed | Perfusion Education
Connecting the CRRT machine into the ECMO circuit. CRRT, CVVH is a useful tool for managing patients with fluid, electrolyte, metabolite and acid base imbalance
A simplified approach to mini mitral surgery: No clamp, no fib, just a-rest. Minimally invasive mitral valve repair is surgery to fix a problem with your mitral valve
Recirculation occurs in V-V ECMO occurs for several reasons. Potential causes and methods for determining the degree and clinical significance of recirculation.
Normal renal physiology. Renal autoregulation. Effects of CPB associated physiologic alterations. What is AKI/ARF? AKI: How do we mitigate progression?