Glomerular Filtration: Myogenic Reflex (Autoregulation)

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[@s95175364]

It is a great, simple video. I have watched many videos explaining kidney regulations and many of them ended up being too complicated. I love how simple your video is :) Thank you!

[@CemVMurat]

Great video.Helped me on both Circulatory and Excretory systems!

[@meenalata9831]

nice explained bro,keep on putting such videos with clearity .and specifically on animal physiology .

[@emilyi771]

Very clear explanation! A great review.

[@asmaaalhibshi2670]

This is so informative thank you so much

[@user-uj8zw9xj6u]

Thank you so much .. But there are also a lot of informations you didn't explain like: 1-what happen in the efferent arteriole ? 2-what happen in the case of low GFR ? And others .. So if you can ... And we'll be so grateful

[@lateplay4206]

This is great! Thank you :)

[@HafizahHoshni]

thanks a lot!

[@daigb749]

thank you very much

[@SuperYaniv12]

thank you so much!

[@pranatithakur1182]

Thank you so much

[@danyjohn4038]

Myogenic reflex occurs in the setting of low perfusion pressure!!!

[@lehu8529]

Why is the high blood flow damaging the capillaries? Is it from shear stress? Because glomerular blood flow and glomerular capillary pressure are related, but not completely interdependent, right? I guess higher flow combined with efferent arteriolar dilation could still maintain a relatively low glomerular capillary pressure.. so damage is both from shear stress in case of high flow and from excessive pressure in the case of high efferent arteriolar resistance (in combination with low afferent arteriolar resistance)? PS: Thx for the great videos! Very nice animations and good focus on understanding rather than learning by heart, which I love!

[@EerybodyIsAnnoying]

Lovely!!!

[@shut_close]

The blood vessels have Smooth muscles so the Calcium is supplied form the ECF but you described it from the sarcoplasmic reticulum..?

[@tttttgbb]

Thank you

[@judytoma8733]

Perfect 🤩

[@duaa7240]

Thanks for the explanation! But, isn't it the ca2+ channels that are activated by stretch? "Stretch-activated Ca2+ channels"

[@quantumphysics8999]

Yes. I think he made a mistake here

[@hanyelhag1664]

You are absolutely right!

[@DavijazzTV]

Thank u so much sir I like ur videos a lot But I really want to know the software you're using for this wonderful animations. Thanks

[@LanceMillerPhD]

Adobe Illustrator, After Effects, and Premiere Pro

[@DavijazzTV]

@@LanceMillerPhD thank you so much sir I really appreciate this

[@booloob]

plasma flow would exponentially increase as a function of pressure?!?!?!? I thought they'd be proportional at best (in laminar conditions)

[@I34R]

sooooo confusing ..

[@LanceMillerPhD]

I'm sorry that you found the video confusing. Would be so kind as to elaborate so we can continue to improve our videos. Thanks.

[@dharmendrakumarrana7557]

That’s great