Відео

Thank god! Great and finest explanation video I watched...

❤❤

❤ very simple and on point

Hey where'd you find this info? I know you posted a while ago but I'd really like to use this for an assignment so if there's a source please let me know.

Outstanding explaination and illustration brother 😊☺️

The descending limb of the vasa recta loses water as it moves deeper into the medulla, but gains solute when exposed to a hypertonic environment. On the contrary, as it rises again in the medulla, it changes from hypertonic to hypotonic, and the ascending limb of the vasa recta absorbs water and loses solute. In this case, if the vasa recta is giving back what it has absorbed while descending, how can it absorb the water and solutes that pass from the tubules to the interstitium?

Amazing ❤

Great!

Is madara uchiha explaining...?😦

Simple, clear and to the point. Thank you so much!

H p push out of coapartment Colliod Pull the fluid back to its compartment

Nice sir

I LOVE YOU

You have the ascending and descending limbs of the vasa recta flipped.

Thanks. 3 textbook chapters in 6mins. UA-cam is a god sent.

Thanks

very clear and clean explanation sir thank you

Thank you

This is exactly what i been searching for. Big thanks to u man!

great explaination thanks

"This is one of the few videos on youtube that properly explains the actual counter current mechanism. " Precisely. Others are trash. Thank you Elegido UNo

thanks!

Amazing, thank you very much

thank u so much

cardiac output how do we measure it ? measurement of cardiac output ua-cam.com/video/eA_TLmQLKfw/v-deo.html

One of the best explanations

Thank you sir

Excellent explanation ! 👌👌👏👏👏thanks so much ! 🙏🏻

This is one of the few videos on youtube that properly explains the actual counter current mechanism.

So regarding the thermodilution method: Basically you inject cold NS, sensor #1 detects it first, after certain known distance the placed sensor #2 detects it after a while; and the machine uses the time the NS needed to pass the distance btw #1 to #2, right?

Thanks for your animation ,but in my curriculum NaCl difuses from the thick loop of henli by active transport not along its concentration gradiant

Perfect💯

👌👌👌👌

10/10 perfect 👌🏼

Thank u a lot. Really confused before seeing your video.

It's completely required discription.

Thank you! Really helpful!!

The best and also a simple explanation ....... Thank u sir

Thank you sir

thnks

Thank you sir u made it easier to understand 🤗🤗

Thankful for this 🙏

10/10 perfect explaination.

Thank you sir

Very fast.. Not able to catch

best

thanks alot

This videos is useful ,thank Prof. for sharing

thanks so much for the help!

Thanks 🖤