Very useful! I understand better what i read after i watch your videos. When you have time, i think MR severity video would also be useful with explaining the methods such as vena contracta or PISA. Thank you for all the work you re doing. You re amazing ❤️
Thank you for the video! I am learning currently Echo from EACVI textbook and want to maybe correct your assumption that dp/dt is influenced by an afterload "Since LV dP/dt is calculated during the isovolumic contraction period, it is not influenced by afterload, but is influenced by preload and heart rate. In particular, in the presence of significant mechanical dyssynchrony, dP/dt may be reduced, as a consequence of contractile dyssynchrony in spite of globally preserved systolic function." Please comment if you have other sources/explaining! :)
Great lecture, you're the best echo lady
Thank you!!!! ❤️📜 I'm glad you liked it
Very useful! I understand better what i read after i watch your videos. When you have time, i think MR severity video would also be useful with explaining the methods such as vena contracta or PISA. Thank you for all the work you re doing. You re amazing ❤️
Thank you very much! I'm glad you can find this information useful... I will upload more videos about everything! MR is definitely on the list..m 🤗🫀
Thank you for the video! I am learning currently Echo from EACVI textbook and want to maybe correct your assumption that dp/dt is influenced by an afterload
"Since LV dP/dt is calculated during the isovolumic contraction period,
it is not influenced by afterload, but is influenced by preload and heart rate. In particular, in the presence of significant mechanical dyssynchrony, dP/dt may be reduced, as a consequence of contractile dyssynchrony in spite of globally preserved systolic function."
Please comment if you have other sources/explaining! :)
Amazing! Thanks for the great source!!!!
First of all, dp/dt is not calculated during the isovolumic contraction period, rather it is ejection period.
Thank you very much!
Thanks :)
Thank you very much. Very nice presentation.
Thank you
thank you very much ! you are the best !
My pleasure 🤗🫀
It is great again! Thanks!💯🥇
🤗🫀🩶
Thank you very much. Excellent and very clear presentation.
Thank you ❤️🥰
Excellent as always
Thank you!
dp/dt = 32/t × 1000 it's correct method Mam
Thank you this was very helpful.
Thank you David!
Marvelous. Please upload video depicting a complete Echo exam technique.
Thank you!
Excellent video and explanation! On point and understandable !can u pls do a video/videos regarding valvulopathies? Thank u!
Thank you very much!!! I will ... 🫀🙏🏻🤗
Thank you! 🫀🙏🏻🤗... I will 🖤🤟🏻
Superb lecture
Thank you very much 🤗🩶🤗🩶
Your videos are very helpful. Thank you :)
Thanks to you for your support! 🖤🫀✨
Good explanation as always. Can you please do a video on speckle tracking and tissue doppler please. Would be greatly appreciated. Thanks
Hello! Thank you very much... I will 💪🏻
Thanks!
👍🏻👍🏻❤️❤️❤️❤️
Great thanks
🫀🫀🫀🫀🫀🫀
thank you
🙏🏻😊🫀
Thanks
No problem 👏🏻✨
Is it possible to go more measurements videos? I’m different views. I’m loving your videos I wish I had them when I was going to school. Thank you
Thank you! Which measurements would you like to see next?
teaching
🙏🏻😊✨
Can you please present us How to make different subcostal nd suprasternal windows in paediatrics patients?
Hello, I don't perform paediatrics, however I will do a video about the crab view... And let's see from there
Thank You..will be waiting🤗
PISA method pls
Is coming!!!
Iam waiting
Pls express diastolic dysfunction
🫀🙏🏻