Just finished your renal physiology playlist. This channel is an underrated gem.
@joquinhadagraca4 ай бұрын
Thank you for editing the videos again with that voice! For those of us who are not native speakers of English, it is much easier to understand than your original voice! Please keep editing videos like this! I'm from Brazil
@NonstopNeuron2 ай бұрын
Yes. I am planning to go ahead with an American accent more in future. Thank you for the feedback. It helps me understand you (my viewers).
@loganathan.n378121 күн бұрын
Excellent Explanation .. keep rocking
@swapnapais837926 күн бұрын
🎉🎉 very good explanation and illustration
@beaparajit61282 ай бұрын
I have never ever seen such a beautiful explanation literally loved it keep making videos one day u will make history ❤❤❤
@prof.dr.habibrehman73544 ай бұрын
wonderfully explained
@samionita20082 ай бұрын
Thank you.
@IXXIIAN-om-jas2 ай бұрын
In descending limb only water goes out but it is impermeable to solute. But u r saying that solute enters descending limb.
@NonstopNeuron2 ай бұрын
It's capillary. Not the nephron.
@chalithadival20124 ай бұрын
What are the Softwares that You use to produce videos sir?
@@NonstopNeuron Thank you so much sir❤️ Best wishes from sri lanka
@NonstopNeuron2 ай бұрын
Thank you
@siddhrajshinde21434 ай бұрын
Your animation and teaching skills are just awesome ❤🤌
@RaghadMohammed-cq2rs3 ай бұрын
Why is osolarity in the end of ascending of vasa recta slightly higher?
@NonstopNeuron3 ай бұрын
Newly absorbed solutes
@RaghadMohammed-cq2rs2 ай бұрын
@NonstopNeuron Thanks for replying ❤️, but does that mean solutes go out but in small amout that is not important compared with wich is trapped in bottom and when you said nwely reabsorped as i understand the newest 300 mosol but the mechanism always makes equilibrium so i think it must go out with the last equilibrium🙂, and my last question there is no ending to this process i mean not like multiplier am i right?
@NonstopNeuron2 ай бұрын
I am not completely getting what is your exact doubt but I think this might help. Think in terms of math. When the medullary hyperosmolarity is stable: the quantity of solutes entering through descending vasa recta + solutes reabsorbed from nephron = quantity leaving through ascending vasa recta. When the medullary hyperosmolarity is developing: the quantity of solutes entering through descending vasa recta + solutes reabsorbed from nephron > quantity leaving through ascending vasa recta. So solutes get trapped in medulla. When the hyperosmolarity is being washed out: the quantity of solutes entering through descending vasa recta + solutes reabsorbed from nephron < quantity leaving through ascending vasa recta. Means more solutes are being removed from medulla than that enters. So solutes get washed out from medulla and decrease the osmolarity.