Potassium Imbalances - CRASH! Medical Review Series

[@AFCreative500]

His lectures are very to understand key concepts to remember ! Enjoy watching and learning from his videos!

[@andrewdhanoolal6854]

Dr bolin.. u are my one stop shop to learn anything in medicine.. plz continue making videos.. surgery.. and medicine..anything.. love ur videos.. they made me a doctor and got me distinctions in med school.. thank god for u!!

[@xDomglmao]

Moon facies = face appears roundish. 28:54 afaik a beta2 effect is driving K+ into cell; a beta2 effect can also be increasing insulin. Have never heard of a link between beta blockers and K+ absorption, please correct me if I am wrong! 39:56 Isn't calcium gluconate the first choice (bcs of the irritiating effect of i.v. calcium chloride)? Great vid!

[@crickety4ever]

Thanks for the video! For the diagram of the nephron at the end, it looks like the picture is saying that ADH work on the descending loop of Henle. I thought it worked on the collecting duct?

[@DrDinooshDeLivera]

Thank you Dr. Bolin, really great lectures!

[@kfreshn]

Hey Paul - Thanks a ton for uploading these series of review! Found them to be a wonderful addition to pathoma/FA in reviewing for boards. Was wondering if the reviews were aimed towards STEP 1? (as opposed to step 2)

[@samphonnetgamgee5625]

Could there be a mistake in the explanation of why diuretics cause hypokalemia? It doesn't make sense. I think it's the Na/K/Cl Transporter. Maybe I'm wrong.

[@xDomglmao]

For thiazides, he's correct about the Na+K+-exchanger that's being activated when the tubule contains too much content. The main mechanism for loop diuretics is, as you said, the blockage of the Na+-K+-2Cl--transporter; however, there's also a Na+K+ exchanger involved in loop diuretics (distal convoluted tubule, activated again through the high Na+ concentration inside the tubule).

[@yaqeenasassfeh4350]

Thank you doctor paul

[@mawaddasulieman5433]

Thank you sooo much Great effort Nice presentation

[@nkeonyeizuka2801]

I think there are also young patients that develop renal artery stenosis.

[@drimranulhoda4173]

You are a legend sir...

[@christophercasanova3664]

Thank you!

[@AlphabetNumbers]

awesome bro. top job

[@hellomeme94]

thank u like a lot!

[@bevwisdom123]

I wish I could print this diagram.

[@mohiuddinalfarra5440]

thank you.

[@obviouslydead9027]

This is going to be a quick talk.... Looks at the duration.. surprised Pikachu face

[@obviouslydead9027]

Bruh I'm tryna study here.