E/A Ratio and Diastolic Dysfunction

[@renae9450]

you've explained what an 1 hr uni lecture couldn't in just 11 mins! HAT OFF TO YOU!

[@sunnyparihar55]

Beautifully explained! Can't be any better! Thank you so much!

[@SuperKudjo]

Well Done! This explains it all in a readily grasped manner with excellent pace and graphics. I was confused after reading the assignment material but THIS has me walking away confidently knowing what I need to know about E/A and Diastole. Thank you for your hard work on this one!

[@francisexperience]

That was a brilliant presentation by a fantastic presenter I fully understood it and I'm a non-medical person Thank You

[@kamariataylor6600]

I hope that you do the full Echo and explain. That would be fantastic!! I will keep checking in!!

[@subramanip1586]

I appreciate your effort in making this concept so simple. Thank you very much. It will be very helpful if there is simple concept on aortic or pulmonary valve like this.

[@kamariataylor6600]

Outstanding how you explained this!!!! Outstanding!!! Please make more content. You broke it down and it wasn't complicated to understand!!

[@MaireadFurlong]

Such a great tutorial. Thanks for sharing it.

[@khushmishah9299]

Lovely & crisp explanation. Thank you!

[@mannas46]

fantastic video, perfect amount of detail

[@neeshanama]

Amazing explanation! Very clear. Thank you!

[@MacDonaldChigwada]

this is amazing. clear and short.

[@rekilfc8363]

Do you take E from left and divide by e’ from right to measure LVEDP?

[@abdullahamini2628]

Thanks for the great explanation 👍

[@chetankumar9928]

Good video , when E>A can we just compare the peak velocity during early and late diastole to their mean normal values respectively to decide whether it is diastolic dysfunction

[@factsofsciencelife2603]

My echo cardiography report -
Valve(mitral valve)
E-A of MV flow is 1.64
E- 180 cm/sec
A-110 cm/sec
Pressure gradient (MM hg)- 6
Regurgitation grade-0/4
Are these parameters normal? please confirm this. I am requesting you with folded hand🙏

[@rollingnay]

Amazing lecture. So helpful.

[@yongbumkim1960]

Slow and meticulous explanation, Thank U~~

[@chiluwamazukomazuko5496]

Excellent work

[@knowledge19is70power]

So we can say that by dividing the MV E Velocity by MV A Velocity we get the E/A ratio in echocardiography, thanks for the info much appreciated the help

[@catfishBG]

Great video! Your voice reminds me of Jodie Foster ! :)

[@cardiyansane1414]

Wow , well explained

[@ptunsupon]

very nice video, easy to understand. Thanks much!

[@MahmudulHasan-rk6ze]

Very much understable videos.Thanks a lot,mam.Plz provide Echo videos on congenial heart diseases.

[@matt566]

E’ and E/e’ normal but e/a is 0.8 and decel time is 250ms. EF is 70%. What would you say about this patient? he is young. 6 years ago e/a was 1.3 and decel time 160ms ago and EF 60%

[@Mao9807]

Very informative. Thank you.

[@payalsingh55]

Thank you very well explained

[@ShezyQ]

Thanks a bunch..your voice is mesmerizing..

[@josefstrenk8597]

so good! thanks

[@faumyhassan]

Brilliant 👍

[@ianmolyneaux3641]

Great video!

[@Muzahem96]

Very informative and clear explanation!! Thank you

[@MeusResumosnaMedicina]

Thank you!

[@jesperweile]

Great video. Thanks.

[@brijbhanyadav6761]

candidly explained,Thanks

[@mattmonteith6226]

Cool I love hearts stuff because I'm a heart patent.

[@peterashford5123]

very helpful. thanks.

[@emeschrist]

Well explained

[@ВладимирТуманов-к2ц]

Thanks!

[@idou6377]

Thanks a lot

[@WaqasSh1]

❤️

[@ashutoshmeena6139]

Thanks..

[@hatifrum1879]

thanks

[@DRCARDSJANMD]

Made it so easy

[@maksimcela46]

It is pericardial fat

[@KaZoo62]

Horrible background for that fine typeface.

[@cattalinaa90]

Thank you!

[@7azem3mad]

Thanks