Renal Tubule Acidosis (RTA) Explained

This video will go over the pathophysiology of proximal RTA (type II RTA), distal RTA (type I RTA), and hyperkalemic RTA (type IV RTA).
Time Stamps:
00:00 Into
02:57 Normal nephron physiology
08:49 Simplified physiology
09:51 Proximal RTA (Type II RTA)
20:48 Distal RTA (Type I RTA)
28:00 Hyperkalemic RTA (Type IV RTA)
33:19 Summary
#MedRounds101
#RTA
#RenalTubularAcidosis

[@davirodrigues682]

This is the best RTA video ive ever found! Please keep doing it!!!

[@medrounds101]

Thanks so much! Really appreciate it :)

[@jeslincjoseph7419]

Wow!I understand the concept very well now 😮

[@andymunamachya2660]

this is the best explanation, thank you

[@sarahalaboud6038]

I finally have a grasp over this topic. Brilliantly explained; thank you!

[@NgocVu-hj8yg]

the explanation is very comprehensive!!! Thank you for the video!

[@medrounds101]

I'm glad you found it useful!!

[@kalavallambhan9062]

finally understood ..thanks mate ..

[@muhammadabu-darda3523]

Bestest ever

[@MS-bk3hk]

Nice

[@youareontheblacklist]

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.

[@medrounds101]

Good luck on your exam!

[@vitormoreira516]

EXACTLY!!! You said it all

[@theshortcut101]

hey great video!!! Any chance you'll be making more?

[@medrounds101]

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!

[@mengliu3673]

why are there less Na being reabsorbed in proximal RTA II at collecting duct when HCO3- causes K+ to be secreted?

[@amirahazlan1162]

Ph for proximal rta is wrong