Diuretic Action in the Kidney

For loop diuretics, 3 potassium atoms flow in from the lumen side and 2 potassium from the interstitium side. The 5 k atoms then flow out into the lumen through a potassium channel. How does a loop diuretic cause potassium to be lost in the lumenal urine? Thinking it through, there should be more potassium in the interstitium b/c 2 k atoms will cease to be dumped into the cell then dumped out of the k channel. Unless there is increased volume flow w/c washes away everything faster

Needs some help with pronunciation!! A couple of mispronounced words!

Thax for doing this video. It has been a GREAT help to me. Very clear to understand. It catered to me...I'm such a visual and hands on person. Great job!!

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Very high level. Good work.

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This video is excelent!!!
Help a lot to review Renal Physiology.
Its a great help to med students.

sweet. i can clearly see the difference between loop diuretics (such as furosemide) and thiozide diuretics and k-sparing diuretics.

thanks for sharing the video it make a concept this is clear way to understand diuretic action of the Kidney

excellantee

Nice- thanks so much!

interesting. i have a hard time with edema (water retention) what can i do?

This is an excelent video who can i get to present it in my anatomy class??

You want me to be Krusty the Klown or something?