Incredibly helpful resource! Clear, concise and engaging. I have been using your resources to prepare for surgical examinations. I can't thank you enough.
Ridiculously good channel. Med student here and watched nearly all your videos, very concise and to the point. You deserve a much bigger audience. I just wanna say how much it means to me to have these videos so keep up the good work :)
Near the end you say the urine is getting less concentrated, but then you say the main function of the loop of Henle is the countercurrent multiplier, which concentrates urine. So does the urine become more concentrated or diluted?
It depends if u have had lots of water the body will produce more urine without water reabsorption from dct if not the body will concentrate the urine. How? The dct and collecting duct will reabsorb h20 using adh and aldosterone hormones . conditional reabsorption.
Also about vasa recta, it help maintain ionic concentration in medullary interstitial fluid and so, when aldosterone and adh act high water reabsorption occurs and urine gets concentrated. Basically vasa recta indirectly helps in concentration of urine.main work is of dct and collecting duct+ hormones. I hope u understood😅
In NKCC2, isn't the Cl- moving down the concentration gradient, high to low, like isn't Chloride outside the cell high and inside low, so isn't it that the NKCC2, is basically moving Na and Cl down concentration gradient, while helping to bring the potassium inside against its concentration gradient?
Thank you for the video. But can you please elaborate how potassium and chloride enter the cell through NKCC,; for sodium influx we can say concentration gradient which is created by Na K ATPase,for chloride influx we can say electrochemical gradient, but how potassium? Please explain that portion of video. Apart from that, I understood the video very well. Please reply.
Incredibly helpful resource! Clear, concise and engaging. I have been using your resources to prepare for surgical examinations. I can't thank you enough.
Thank you so much! I appreciate the support. I’m really glad my videos could help you out. Good luck with your exams!😊
1 minute into your video and all I can say is that you are amazing.
your channel is so underrated. you deserve so much more. thank you for all the efforts. 👏👏👏
Thank you!
Ridiculously good channel. Med student here and watched nearly all your videos, very concise and to the point. You deserve a much bigger audience. I just wanna say how much it means to me to have these videos so keep up the good work :)
You are smart and you know what it is important to explain then you do it in such a great way!
Chapeau to you 🌸
You are doing such a great work God bless you
I’m from Libya, thank you ❤❤
I love your videos! Thank you❤️❤️❤️
Excellent 👌
Thank you so much! 😊
you are amazing. every concept is simplified and explained so well....please post more videos of anatomy physiology and biochem
you've saved my grade AGAIN
Thank you for such a good explanation!!! You are doing such great work
I can't really explain how your videos are soo helpfull👍🏻, thanks a lot ❤
So glad that I found your channel 😊
Happy to hear that!✨
Thanks
i really like your all lecture. please make more videos on usmle step 1 and step 2. thank you alot mam
It's sooooo good ❤❤❤❤❤
thanks for the video ,🤩
Near the end you say the urine is getting less concentrated, but then you say the main function of the loop of Henle is the countercurrent multiplier, which concentrates urine. So does the urine become more concentrated or diluted?
It depends if u have had lots of water the body will produce more urine without water reabsorption from dct if not the body will concentrate the urine. How? The dct and collecting duct will reabsorb h20 using adh and aldosterone hormones . conditional reabsorption.
Also about vasa recta, it help maintain ionic concentration in medullary interstitial fluid and so, when aldosterone and adh act high water reabsorption occurs and urine gets concentrated. Basically vasa recta indirectly helps in concentration of urine.main work is of dct and collecting duct+ hormones. I hope u understood😅
great work
thank you love!
Highly effective 🔥🙏.
Maam plz upload the Neurophysiology videos if possible
In NKCC2, isn't the Cl- moving down the concentration gradient, high to low, like isn't Chloride outside the cell high and inside low, so isn't it that the NKCC2, is basically moving Na and Cl down concentration gradient, while helping to bring the potassium inside against its concentration gradient?
Are u a medical student❤u r a gem ur voice 🎉😊
Wich part of your video i startvto understand more the basic idea how the kidneys do work .
Thank you for the video. But can you please elaborate how potassium and chloride enter the cell through NKCC,; for sodium influx we can say concentration gradient which is created by Na K ATPase,for chloride influx we can say electrochemical gradient, but how potassium? Please explain that portion of video. Apart from that, I understood the video very well. Please reply.
How is energy created when a 'Na' enters the cell from tubular lumen?
Mam plez complete reproductive and git physiology