USMLE First Aid graphs: Pressure volume loop Wiggers diagram in valvular heart disease | Cardiology

USMLE First Aid step 1 2021 page 297 graphs - Lets learn in an easy way the effects of valvular heart diseases on pressure volume loop and Wigger's diagram with Dr. Nikita Nanwani
Please watch previous Wiggers diagram and cardiac cycle video to understand this lecture better - • Easy tricks - Wiggers ...
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About :
Dr.Nikita is a Radiologist by profession, a passionate teacher, youtuber, mentor, guide to NEET PG students. Her channel Dr.Nikita’s Radsynapse is the ULTIMATE channel for NEETPG/AIIMS/DNB/FMGE preparation. It gives you a holistic approach to your preparation, self help, self improvement & lifestyle.
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[@42taranpreetsingh88]

One of the best if not the best video out there for the PV loops. Thank you so much mam.

[@preetamsaha3184]

mam u r combination of rishi charak and sushrut in todays context helping n no of students by making neumonics .and making our life easy .
happy gur purina.

[@novaaurora4037]

this has been one of the most helpful cardio videos, if not the most, that I watched. Thank you so much!

[@Cryohelix2425]

Mam ur God to pg aspirants .. easily making concepts crystal clear .. happy to be ur student mam.. ✨️ ☺️ thank u mam..love u mam

[@ultralegends8635]

You are god's messenger sent to help pg aspirants ❤❤❤

[@mohdrizwan7996]

just half way through the video and loving it completely. thank you maam 💖

[@romy6039]

omg thank you soooo much !!!!! i was struggling to understand these concepts and you made them so soo easy

[@vanilla6595]

Please make more usmle videos for step 1 . 😃 the only video I see is urs ma'am, you are very perfect at teaching, and only those who understand well can explain well,.and it even retains well in brain, all because of your presentation, do more ma'am 🙏

[@pragyasaraswat7047]

First time understood these things! Thanks a lot ma’am..

[@nehansvlog8922]

Mam u r tooooo goood love u for making this so simple

[@lizasintexas]

This Is amazing... ❤❤❤

[@BTRRING]

Addicted to your videos mam❤⚡️⚡️

[@palakkonkani5319]

Thank you 🙏 😊

[@038-arunkumarsharan3]

Happy Guru purnima to you Ma'am

[@ultralegends8635]

😭😭😭ma'am thank you so much ye concept samjhane k liye I was literally dying of my inability to crack this graph everytime in questions I left it

[@4amto10pm]

Mam me to fan ho gya is trick ka

[@Santosh-md9uo]

U r the best ma'am 💕

[@sumansingh9864]

Awesome session ...mam

[@texastexas4541]

Please answer this question. I think all textbooks show it wrong. SV increases as EDV increases and they all shorten to the same ES point on the ESPVR curve. Why should it shorten to the same end systolic pressure or point? If you increase SL (as in higher EDV) you should get more force (Force-length relationship) and more force means higher pressure. If they all shortened to the same ESP when you increase EDV, how would they even get the ESPVR curve?

[@josei.reyessoto3042]

Hello Dr. The graph you are explaining as mitral stenosis, bricks say is aortic stenosis. Confused

[@lalli9354]

Ur always rocking mam 🔥🔥🔥

[@deepikam7731]

Saviour ❤

[@megha8783]

Pg 297 First Aid Usmle!

[@sarojkarkivlog173]

Is there next part of the video in TH-cam 😊

[@humtum6179]

How I can take your classes where is yesterday’s class

[@devv8071]

Mitral regurgitation

[@akhilesh53]

Always used to skip these 4 diagrams but now no more

[@nishishah4906]

❤️❤️❤️

[@m_m786]

Nice 👍🩺♥️

[@dabhimitesh2430]

MR

[@devv8071]

D