How do you relate the parameters and hemodynamics of continuous-flow left ventricular assist devices (LVAD)?
Here's aπ§΅ that seeks to answer this question for trainees on their CHF rotation
Special thanks to @AHajduczok and @gregorytgibson for their help with this topic
Part II of the Basics of PV loops: preload, coupling, afterload, ventricular dysfunction, and valvular disorders.
Big thanks to the team who helped put this together: @jayamj94 & @PSullivan000, with guest editor @RyanTedfordMD.
If you missed Part I, check it out β¬οΈ
When @EugeneStorozyn6 has to step away from CCU rounds for a RHC - perfect time to let senior resident and future @CooperCVFellows cards fellow @jayamj94 lead a chalk talk primer on hemodynamics in the CCUβ¦ you may recall our recent #tweetorial on PV loops (below β¬οΈ). π«πππΌ
Congratulations to all of the CV applicants this season. We are very excited welcome our new class of CV fellows at Cooper University Hospital. We canβt wait to work with you ! @CooperCVFellows@VivekKulkarniMD@CooperIMRes@coopermedschool @
Excited to share Part 1 of a series on PV Loops I worked on with @AHajduczok and @PSullivan000.
Definitely enjoyed this project and hope it helps lay out a good foundation for PV Loops and hemodynamics. Stay tuned for more!
Do you β€οΈ hemodynamics? How about PV loops?
Here is Part I of our journey to to help YOU better understand PV loops and make them a little less daunting. Couldn't have done this without β @TJUHospital resident @jayamj94, and edits from @PSullivan000. Stay tuned for Part 2!