Hey, im really stupid, but will anyone show me the skipped math one? The part how to figure x with that formula, its been so long i calculate things, i forgot how to do math properly
@@Nadine-kw1nx There is no 112 Mariam was wrong Because 50% of the body weight is water and that patient wieght is 70 kg 70*0.5 =35 Then you multiply 35 with the sodium concentration of the protein which is 110 You get 3850 which is total sodium currently present in that patient
10L is freaking crazy. And it's not good to raise it more than 12mEq/24 hour or 0.5mEq/hr. Give them the 3 or 5% after you give them some 0.9% if they are hypovolemic.
Actually total body sodium could change in Hyponatremia, that's why you could find patients hypo, hyper or euvolemic. Like in patients who have heart failure, there's increase in TBW and in sodium, but water more than sodium. Another example in patients who have vomiting or diarrhea, there's loss of sodium and water but they lose sodium more than water and that's why they have Hyponatremia.
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thank you so much, finally the formula make sense...all these while i had difficulty remembering various formula existed!
gosh.. its so much different way from the book i read.. now im totally lost and roasted!
Do we need to differentiate ECF and ICF here?
Hey, im really stupid, but will anyone show me the skipped math one? The part how to figure x with that formula, its been so long i calculate things, i forgot how to do math properly
I think he (NA plus 154 ) Devided by ( 120 by total body water )
Still dont get it
I find it realllly helpful!
how did you get the 3850?
70kg * 0.5* 112
Finally someone ask, thank you! He never write it in both of his video
@@Mariam-in5mx where did he get the 112 from.. fuck this is confusing
@@Nadine-kw1nx
There is no 112
Mariam was wrong
Because 50% of the body weight is water and that patient wieght is 70 kg
70*0.5 =35
Then you multiply 35 with the sodium concentration of the protein which is 110
You get 3850 which is total sodium currently present in that patient
@@Fodoli77 Thank you!!! :)
Didn’t think it would turn that logical so easily.
Thanks sir.
10L is freaking crazy. And it's not good to raise it more than 12mEq/24 hour or 0.5mEq/hr. Give them the 3 or 5% after you give them some 0.9% if they are hypovolemic.
How did you get the X?
Algebra
I forgot how to do algebra how did you end up with x?
Actually total body sodium could change in Hyponatremia, that's why you could find patients hypo, hyper or euvolemic.
Like in patients who have heart failure, there's increase in TBW and in sodium, but water more than sodium.
Another example in patients who have vomiting or diarrhea, there's loss of sodium and water but they lose sodium more than water and that's why they have Hyponatremia.
thanks a lot
Way to not tie the mathematics and concepts together
exactly!