Echocardiographic assessment of the mitral valve

This is a sample video from our Udemy course: Echocardiography for the non cardiologist. In this video we discuss several methods to assess the mitral valve for stenosis and regurgitation and grade them, as well as recognize some of the most common pathologies affecting the valve. You'll learn about valve planimetry, pressure gradients, and pressure half time (PHT).
Link to course: www.udemy.com/...
VirtualEcho simulator: https:www.medicalworkseg.com/virtualecho

[@anuphira8045]

Please send aortic valve, Tricuspid valve pulmonary valve video.

[@omarsalem2998]

Thx for the lecture, I just have one comment about minutes 17 when measuring the pressure half time , if you could review it again coz I think that wave was happening during Systole, and wave E happens during diastole !!?

[@bart170]

Clear concise, not pretentious and very easy to understand and follow your thinking. Subscribed.

[@khushalkhan4561]

I loved the way you described these pathologies in a simplified manner. This video made me understand it quickly, thanks alot.

[@lyndaryan3116]

Hi Just been diagnosed with Severe MS and MR - understand more now ! awaiting replacement !! thank you

[@Konungr208]

I go in this morning to have this done. I'm only 38. Thanks for the details in your video. Hopefully all is good.

[@MrTeng1990]

Why the MR jet is blue in Color? BART?

[@frlife0]

very good , excellent - could you kindly do aortic and tricuspid too - same format is great as you show normal abnormal and also clinical relavance --- not going in to the weeds and overcomplicating makes the video really good - watched multiple times -thanks again

[@deepakbhatt6949]

What is this red image in cho it is any kind of cut in heart

[@richardnolen6089]

I fear that the casual viewer might immediately assume that any regurgitation in PLAX could be considered mild. The problem is that eccentric jets will require extra interrogation as well as looking at all other views before deciding severity. (Around 6:20) This is kind of a special case that would benefit from further explanation. It is difficult to estimate MR severity here. Furthermore, the pressure half-time trace at the end of the video uses the wrong spectral waveform in systole when the video already mentioned that the proper waveform is in diastole. Using the proper waveform in this case will decrease the estimated valve area. For these reasons, as well including multiple clips without a connected EKG tracing, this video should be reviewed and reworked. :(

[@christfollower5713]

Am a beginner , can u please explain more whats wrong with his measurement in the pressure half time for MS in Continuous wave doppler ?

[@mastalukder]

An excellant presentgation ,I never had such brilliant teaching

[@dr.vinodkannan]

Hi sir, Excellent lecture. Why the Aortic Valve video isn’t out yet? Eagerly waiting

[@shadowfaxproductions4787]

Thank you for the video subscribed. So when do we use PISA or planimetry measurements ? thank you..

[@shadowfaxproductions4787]

basically pressure half time and planimetry are for measuring the mitral valve area, and pisa is just another alternative for measuring mitral regurgitation.?

[@halalabib5712]

Thank you so much
Simple and comprehensive lecture.

[@cklee8114]

Thanks about excellent lecture!!! question!! when you measure the mitral inflow PHT, you check the E point at mid-systole time, after QRS on EKG(16:45), is it right E point????

[@angelinalee363]

Thank you! I was struggling with echo and this video helped me so much.

[@muhammadnada9433]

جزاك الله خيرا وجعله في ميزان حسناتك الجارية
May Allah swt reward you the paradise for your great ,easy lecture

[@stephmr47]

This video really made it easier to understand! Thank you.

[@azzaaswad]

Thank you so much for your explanation step by step and very clear way ❤

[@DrMahmoudLotfy]

Really thx for this informative and summarized video.
A small comment, at 16:25 min
When using PHT to measure MVA, you should use pulsed doppler at mitral valve tips instead of continuous doppler
And thx again

[@shahnawazahmed2979]

difficult topic described in a very easy and comprehensive way. amazing work. keep it up.

[@lokeshchandru8411]

If we MVOA 3.5 its normal or what?

[@kltan3375]

Great one... thank you so much for the video lecture.. I couldn’t find the video on aortic valve assessment

[@monicarosario5752]

i´m looking for too.

[@gulshankumaryt]

Very informative..
Even short and sweet. Really liked it

[@sarran9390]

Amazingly explained! Thank you

[@popitn2nd]

I have low heart rate. It goes down below 40bpm. So my dr sent me to see a cardiologist. I have done this Echo cardiogram. But all the results are normal. I had holster monitor for 48hours and the result was 37bpm at rest and max hr is 110. But then again my cardiologist said this is normal. How could 37beats per minute be a normal resting Heart rate? Isn’t this way too low?

[@mohammadessmat9499]

Nicely described , but if you make it written in aschedual of the values regarding severity .

[@khadizakhan4568]

Excellent lecture and please give us more videos. I learned many things from this wonderful lecture.

[@MahmudulHasan-rk6ze]

Very,very nice, easy and clear demonstrations.Thanks a lot.

[@Azalro]

Excellent teaching video. Great Narration.

[@abdullahmolda8932]

Thank you so much you explain in very sample way to be probably understand

[@patriciaaguilar6473]

Can you make a lecture with the other valve too. I would love to see one for AR and AS. Thank you.

[@ezzat1205]

Amazing teaching! Thank you!

[@nsas955]

very beautiful presentation. Thank you.

[@malihehk.h7125]

Amazing lecture! My questions were answered clearly. Thank you

[@omanand6844]

Very efficiently described.

[@himsacoustic]

Superb! Plz also do fro other valve plz

[@drgadham]

Very nice and comprehensive

[@fathimarasha2016]

Well expalined sir hope to get more echo clases and cases also how to measure and identify cases
Thank you

[@zozik84]

Thanks it was concise and informative

[@coco20100]

فيAortic Valve لو سمحت

[@manojverma2616]

Amazing lecture

[@majlindacerpia7686]

Thank you so much for this great explanation, finally I was answered so many questions!!

[@amarjitsinghboparai372]

Great one , thanks sir for excellent lecture .

[@krishnakrishna4667]

Iam Deepa sir health problem pls mital value disses pls reply sir treatment pls send me sir

[@krishnakrishna4667]

Thank you so much sir

[@amibailusy8283]

Thank you so much, very clear explanation dok..

[@drraalam3103]

Very authentic video.

[@b-lew777]

Thank you for this video. Very thorough. Good video

[@carolyndyer9157]

Excellent video--- very informative.

[@drkapilpianist2792]

Please make such more viseos thank you

[@kadinapawpaw5000]

THIS IS AMAZING! KEEP MAKING MORE VIDEOS SIR

[@vikasreddy4592]

Excellent content. Thank you!

[@dr.sriramdashariprasad395]

Awesome lecture👌🙏🙏🙏

[@jhonen32629]

Fantastic video!

[@sumanthapa6933]

very nice lecture. thanks

[@briannacoley3880]

Idk why I'm watching this lol 😆 8 am on a Saturday morning but... very interesting 👌

[@mmssms2918]

You are super awesome!!! I wish you were my instructor... not that kind of bs I have... who only expect us to learn everything from reading textbooks... smh...

[@9032290952]

Small correction...Is not systolic doming it's diastolic doming

[@jawedahmadjamay7046]

Thanks a lot it was easy to learn.

[@himanshujoshi8402]

Vena contracta o pointish will be cm not mm

[@alisioardiona727]

Very good, thank you. I shall give it a try.

[@hassanadaani8914]

I have echo Friday it was exactly like that , and the person who was scanning my heart said I will report today and Monday you will have answer from your Dr. I am so anxious it’s something big wrong , because I was feeling extremely tiredness palpitations and fatigue I am 33 🤔🤔🤔

[@crystalnavarro8012]

Update

[@29957fred]

@@crystalnavarro8012dead

[@alperdogan3745]

Thanks for useful informations...

[@roma544216]

It is really so good!!! Thank you!

[@drkapilpianist2792]

Superb work thanks!

[@anisslama9527]

well explained thank you

[@zahidsarwar6118]

Excellant video

[@KamenKr]

Amazing work thank you!

[@РоманКукурян]

it's great lecture. thank you so much

[@ylst8874]

I have 5 mm prolapse and It ruins my life.

[@robertjosan]

Excellent, Thank you very much!

[@dr.abdallahalmotawakkel3753]

You are genius

[@narancauk]

Brilliant .Thank you

[@drruchirakhasne9936]

Excellent

[@afsanehesk3627]

useful video. thanks

[@ibrahimmakumba9448]

Difficult task looks easy 👏👏👏...
You will make my life easier in Cardiac anaesthesia... will definitely subscribe to your channel and watch other valves etc
Jazakhallahu Khair 🙏

[@Hgyftrdfhujvcff]

CONTINUE
Thats very good
Waiting for more
💓

[@g.annasmith9834]

Brilliant!!!

[@sobhyelmasry8321]

great work thanks

[@tobias4304]

thanks alot! well explained

[@ktsakalidis1456]

Excellent!!!

[@sondosmahdy2259]

Very informative. Thx

[@omerhaghussien4874]

Thanks

[@yellowishpeony2768]

Thanks a lot!

[@samuelademson5163]

Many thanks!

[@annatique4530]

It was very Kawaii thank you for making this it made me happy and Kawaii

[@g.annasmith9834]

Thanks for differential diagnostics.!!!!

[@rizwana2837]

Thank you

[@vanessachoumii3659]

thanks, that was helpful

[@hiteshwadhwani5972]

👍

[@sherifshahin3122]

Very good highly good
Thanks

[@g.annasmith9834]

Many thanks.

[@JorgeGarcia-vk8sx]

Thanks doc... !!

[@RomanTV29]

Thank you.

[@snezananenkov7029]

Thanks!

[@alihami6742]

Thanks a lot

[@jikeme90]

super!!!

[@atifbilal1345]

Best one

[@giaburkadze9818]

thanks,Excellent

[@HI-mu5li]

great

[@drbenirusani]

Diastolic doming :)