Glomerular Filtration: Net Ultrafiltration Pressure

[bartaot-]

Now this is a guy that really deserves the Doctor title. Hats off

[Quoted_creations]

Absolutely perfect description with this animation. I can't begin to tell you how much this has help me with that concept

[BT-vhlz]

Thank you for taking the time to make the animation and explaining the concepts.
I couldn't understand the graph and didn't know how to interpret it until I watch your video.

Keep up the good work!!!!

[Rahafpeace]

Thank you so much this is a very straightforward and clear explanation

[sujatbanerjee]

The explanation is marvelous. I liked it

[saminanaeem]

amazing animation and explanation..
.keep up the good work

[ZPiiLe]

Best explanation of this topic I was struggling with it thank you

[mahmooddr]

Thank you so much
We appreciate your effort!

[ansharihasanbasri]

Fantastic video! I was just wondering if the net ultrafiltrate illustration at the end should actually cover even smaller highlighted area because there's a gap between the bottom line of each P_bs and pi_bs. Rather technical and not rly important (plus nothing's wrong with the calculation and equation) but just wanna make sure I get it correctly. That aside, thanks for making the video. Very succinct and helpful.

[ingridmendes]

This is perfect explanation, thank you very much

[doctord]

Thank you so much doctor! you made it very easy

[playitback]

how can hydrostatic pressure stay the same if there is so much loss of volume that the colloidosmotic pressure increases by about 15 mmHg?

[shanthala]

Why does the glomerular capillary Colloidal osmotic pressure oppose the formation of filtrate?