Cardiac Pressure-Volume Loop

[@aixhaxheikh-]

Mannnnnnnnn.......you made the whole damn topic so easyyy to understand....i can't thank you enough 😭😭😭

[@hanans6710]

Thank you SO MUCH I went over this material and felt clueless and you taught it to me in 5min!!! GOD BLESS

[@yashwantsingh2348]

Wow amazing. U r all videos are so easy to understand. Ur college students are so pleased that u r their lecture. Thank you sir

[@KSWilson18]

This is great! It's exactly the sort of thing I was needing as I really understand little diagrams more than paragraphs of explanation! Thank you =)

[@learotondi1053]

this vid's included in our lecture slides; professor: "so there's a billion videos on this topic but this guy does a great job and his british accent's just a bonus"

[@applepie4585]

I think his accent is australian...

[@Xx_justchilling_xX]

I understood everything u said, but i was enjoying the drawings its like a sac of balls that made me concentrated, truth to be told 😜😂 but i got it thank u doctor

[@ramisaislam5590]

BEST LECTURE FOR THIS TOPIC HONESTLY

[@RosilinV]

This is great! Could you perhaps explain the patho-physiological mechanisms that take place during heart failure?

[@BisAlmighty]

Thank you very much sir. This video helped me so much to understand the pressure volume curve. Once again I thank you for such a clean and consise explanation of this phenomenon.

[@cobsters2138]

fantastic, easy to understand. thank you

[@learnteach2learn729]

Wow this made perfect sense and it was free. Thank you

[@stydyvloggy8191]

thank you very much. It's can help me to clearly understand in mechanism of pressure-volume although I didn't get it before.

[@faith981]

That was a REALLY clear explanation. Watching the video once and everything made sense! Thankyou~

[@shaheewaseem4609]

thank you ! you are amazing at teaching !!!!!!!!!!!!

[@deyaaziz7070]

thank you very very very that was very clear and easy to understand

[@drjamsmbbs]

Very precise and concise explanation. Understood well

[@humzaifat1]

Can anyone explain this concept, if the tutor is telling, initially blood is filling at the bottom of the ventricle while the upper part of the ventricle is empty (i.e., you will assume this part will be filled with air). Now don't you think at the end of the systole there will be air emboli inside the aorta ?
Actually I believe there is never empty space inside the ventricle, as blood is filled the ventricle wall gets stretched.
And if you will consider as empty space within ventricular cavity during filling of the blood, then when you will trace the line of ESPVR and EDPVR, it will contradict the PV loop.

[@raymondclark5628]

You are correct. There is no air within the chamber at any time during this cardiac cycle. As blood empties during systole, the chamber volume decreases. During diastole, as the chamber relaxes, but it doesn't actually increase in volume until blood enters the chamber again. Relaxation simply means that the walls of the chamber aren't squeezing as hard.

[@lifewithsomari3923]

Very easy to grasp. Thanks a lot

[@seasail20]

Good explanations with cute illustrations! I love this lecture! Thanx

[@pao247]

Well, that was too simple and clear!!! Thanks a million.

[@BD-rj8wb]

Thanks for explaining!

[@Jasmine-ll8qu]

Thanks so much!

[@thesomali6369]

that was clear really thanks for your brief explanation you helped me more to know some thing about Cardiac Pressure-Volume Loop

[@napierab]

Thank u!! U make the cvs so simple.

[@carolinasobarzo6286]

Wonderfully explained

[@jleung0717]

Thank you for your tutorial!!!! Very useful in my test!!

[@fly4hi100100]

btw, I really appreciate your drawings and explanations. Great job !

[@krishnvekariya9940]

thank you so much!! Finally understood at last! Thanks

[@mashao413]

Excellent explanation. Thank you

[@yazhinivenkat13]

Great video......helping me for revisions

[@moon__light2798]

Best video ever 💜

[@who8mycorn]

You are a hero.

[@aishatahbib183]

thank you so much :)

[@pashmeash]

this was brilliant, thanks for your effort

[@oliversykez7292]

Good and simple although you forgot to mention preload, afterload, contractility, end volumes etc....

[@omidanwary6980]

can you please explain per-load, after-load, contractility, and end volumes please?

[@__-bt5ry]

thx so much sir , that was really clear n helpful

[@nandanab7960]

Thank you!

[@kanwalasad8180]

Thank you.

[@fly4hi100100]

thank you! Maybe next time you can redraw this explanation as a more complete Wiggers Diagram?

[@szasheeberry]

you are awesome! it was very helpful! thanks so much!

[@aquaphone]

Fantastic, thank you.

[@treya4872]

thanks

[@Girlinterrupted955]

Perfect.

[@Prettyspeck]

awesome, I understood it all

[@10001200bilal]

Thank you

[@anjumhussaini8293]

Thank you Sir..

[@miriamdick3343]

Really helpful- thanks!!

[@sylshoemaker6734]

Thanks now i understood!

[@aliebrahim6772]

Than you❤

[@JoyR528]

Perfect! Thank You!

[@cukeeanna]

thank you so much! finally I understood it :)))

[@Elly3121]

Awesome!! thanks

[@leongkarmun3369]

Thanks !!

[@2tfrutable]

so awesome!!!!!! thank you :D

[@mohamedoulddali2847]

Toooop.thanks bro

[@ZomgBlack2215]

Thanks Very Helpful!!!
keep it up :P

[@aalasabati5340]

ahh FINALLY!
thanks a lot!

[@weaamalshenawy1299]

Thanx, its great :)

[@nowankersallowed2115]

This is interesting but the blood pics look like balls to me

[@murtazahassan6806]

I guess it's that figure from gyton and hall physiology isn't it 🤔

[@salehmccoy6127]

Shokran :D

[@jonathanzulu8343]

2022 who is watching with me?
On my way to grab a ticket😍😘🤗

[@nurbekshamsiev3548]

Me

[@jonathanzulu8343]

It's nice n my exam was really easy because of this

[@khadijapasha5332]

thank you

[@scorpion3625]

thank you