Great Example, however this still stands as one of the most challanging subjects in Medical Curriculum. Since I might not have enough time to remember all pathophsiology during the exam sadly ive chosen to just memorise results. Great video tho thank you.
This is the best RTA video ive ever found! Please keep doing it!!!
Thanks so much! Really appreciate it :)
wow, i am in awe at how perfectly you explained this. this really is the best video out there explaining RTA!
so organized and systematic. I did not get lost in such a complicated subject, Thank you
I finally have a grasp over this topic. Brilliantly explained; thank you!
the explanation is very comprehensive!!! Thank you for the video!
I'm glad you found it useful!!
Wow!I understand the concept very well now 😮
this is the best explanation, thank you
finally understood ..thanks mate ..
best rta video thank you
Finally I understood it 🎉❤ thank u so much
Great Example, however this still stands as one of the most challanging subjects in Medical Curriculum. Since I might not have enough time to remember all pathophsiology during the exam sadly ive chosen to just memorise results. Great video tho thank you.
Good luck on your exam!
EXACTLY!!! You said it all
Bestest ever
why are there less Na being reabsorbed in proximal RTA II at collecting duct when HCO3- causes K+ to be secreted?
hey great video!!! Any chance you'll be making more?
Hey! Thank you so much :) I'd love to, but unfortunately I currently don't quite have the time... I will be making more at some point though!
Nice
Ph for proximal rta is wrong