Echocardiography Essentials: Detecting aortic regurgitation

After watching this video, you will be able to recognize hemodynamically significant aortic regurgitation using transthoracic echo.
This video was taken from our hands-on and CME-accredited Echocardiography Essentials Course. You can check it out here:
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[@zhafirahramadhanty]

this one is excellent. clearly explained. thank you!

[@Mark_Ocain]

Excellent! Thanks for posting this!

[@almochstef5517]

Incredible, thank you!

[@retroconservativeswirlerso6609]

This was excellent! Thank you! 😊

[@emmalyanga3726]

Helpfully
More video of echo needed

[@YourDoctor247]

Wonderful!

[@drgadham]

Excellent presentation

[@MahmudulHasan-rk6ze]

Thanks,helpfull topics.

[@drbanwarilalnayak409]

Excellent teaching

[@MahmudulHasan-rk6ze]

Excellent, plz go ahead.

[@kahtanhameed6954]

Thank you very much , excellant teaching

[@drgadham]

EXCELLENT TEACHING

[@ihsanalibaig1366]

Excellent

[@silvesterkorkos4305]

very nice , but pisa method is good complementary method to quantify AR as well.

[@shadowfaxproductions4787]

is aortic regurgitation, in the apical 5 chamber blue or red? thank you i will sub

[@LoveDoesConquerAll]

Red

[@felixwennerstein6979]

Förmaksflimmer?

[@saqibnawaz9595]

I was waiting for PW doppler in decending aorta

[@yellobra6452]

✅

[@S_jaguar]

There is no clear curve density of aortic regurgitation in your video so you make mistake by attempting to assess PHT. Secondly, it's waste of time to try use color M-mode to indicate of reversal flow because PW doppler signal provides more valuable information, for instance, cut-off value of reversal flow velocity (20 cm/s) in descending aorta