Electrolyte Emergencies with Dr. Lederer

[@docu-men6195]

thank you team louisvillelectures. the efforts you have taken is immensely helpful for medical trainees like me..who don't have availability of such brilliant lectures...I would like to make a point here too...thta despite a enlightening talk certain aspect of the lecture were not explained like restriction volume determination, calculations were also a bit miscalculated. keep on the good work...but a little more explanations in the talk shall be all the more welcoming....as we 5-10 students together play this lecture as a real one. Many thanks again.

[@udaynataraaj2390]

Great opportunity to get our basics right... Ty team

[@likeamonk]

Hi I have a question. On the slide around 11:20 minutes mark. How do you know that peeing out 2L free water would result in an increase in Na by 6? Is there a formula for the risk in Na?

[@Ahdbfbfbeh]

Thang Nguyen agreed id like to know too

[@docu-men6195]

TBW X Na = constant (assuming a constant state)...so 42X114= 40XNa>>>>(42X114)/40 will be the sodium content of 40 its of tbw, i.e. 119.....that is somewhat 5 meq higher...ref. Paul marino

[@karankalani4211]

At 35.30, about diff between euvolemia and hypovolemia, shouldn’t low urinary k and Na be a sign of dehydration/hypovolemia rather than euvolemia ? Since a dehydrated pt is trying to conserve as much na and water as possible, so excreting less in urine.

[@imadodeh1893]

I agree with you. If urine Na is low that suggest hypovolemia not euvolemia

[@Dr.FarzanaHoque]

She is a wonderful speaker. Please upload more lectures.

[@UofLIM]

We agree! Feel free to check out our website to see more lectures! Enjoy! www.louisvillelectures.org/test-imls-home-page

[@davidmbeckmann]

Nicely done! But bicarb only works if they're acidotic.

[@docu-men6195]

case 2...could any one plz tell why water restrictions to 800ml/day....I'll be thankful...

[@oOoironhideoOo]

great lecture! thank you very much