Well done! (In reference to comments below, I respectfully think the basics are covered perfectly, so great job!) Can you also please make a video that reviews various cardiac pathologies and consequential CVP morphologies?
A big thank you for sharing your amazing videos, your awesome way of thinking about medicine and insightful style! I’m eating up your posts like tasty bits of chocolate! :) I just hope you’ll never give this up and that you will continue to share your wisdom with us! From an ER resident in Belgium. THANKS!
This video seemed rushed. The basics need to be understood. We are talking about pressures in the venous before the right atrium here. So we have to think about everything accordingly. I think a longer video can be made for this with more understanding of the subject at hand. Thanks for the quick revision though. ❤️
thank you so much! i'm a CRNA student at Rush in Chicago you've been so helpful XOXOX thanks for everything!
I had tried to understand this cvp waveform for the last 6 months but finally,I am There, thanks
Well done! (In reference to comments below, I respectfully think the basics are covered perfectly, so great job!) Can you also please make a video that reviews various cardiac pathologies and consequential CVP morphologies?
A big thank you for sharing your amazing videos, your awesome way of thinking about medicine and insightful style! I’m eating up your posts like tasty bits of chocolate! :)
I just hope you’ll never give this up and that you will continue to share your wisdom with us! From an ER resident in Belgium. THANKS!
This video seemed rushed. The basics need to be understood. We are talking about pressures in the venous before the right atrium here. So we have to think about everything accordingly. I think a longer video can be made for this with more understanding of the subject at hand. Thanks for the quick revision though. ❤️
It is right atrium systole not diastole
Is that right…?
The way you drew svc entering the RA is going to confuse everyone.
its really not