The 4-2-1 or 100-50-20 is for maintaining fluids, but not for resuscitation fluids? Drop rate in gtt/min is used with gravity IVs; while flow rate is in ml/hr used with machine pump IVs.
Each ml contains 20 megadropes So if 20ml/hr is flow rate then dropes per minute would be 20x20/60 simply 20/3 Means divided by 3 not 4 Sir kindly clarify if its divided by 4 or 3....??
@20:07 They are synthetic molecules and they don't interact with the cells So, the intracellular volume is not replenished And @23:23 extra normal saline which moves out into the extra vascular space will be quickly absorbed by ic space it's a bit confusing please explain
Very informative lecture. But I have few Qns regarding fluids in post op pt 1) post op Hyperglycemic and Hypertensive pt is given which fluid in Stat ?
Hello, I humbly request you to please help me with an answer to the below-mentioned questions: 1. What happens if the 0.9 w/v sodium chloride injection I.P. is exposed to 40°C+ temperature for 5 hours? 2. After cooling down to 10°C, will it function as intended? Please advise. I need this information.
You can watch out for crystallization, precipitations, discoloration, turbidity, or bulging. Normal saline is known to withstand thermal stability under high temps up to weeks.
Perfect and simply explained….Sir your way of explaining is simple and concise ✅👍🏼
Great to hear such a clear lesson sir.
The 4-2-1 or 100-50-20 is for maintaining fluids, but not for resuscitation fluids? Drop rate in gtt/min is used with gravity IVs; while flow rate is in ml/hr used with machine pump IVs.
Yes that's the famous Holiday Segar formula. That's for maintenance fluids. Resuscitation fluid requirements depend situation to situation.
Was searching for this kinda great session...... Thankyou from 🇵🇰
Volume
4-2-1 For ml /Hr
100-50-20 For ml/day
Rate
Ml/day ÷ 100
ml/Hr ÷ 4
Great lecture Sir💖
Amazing lecture
Each ml contains 20 megadropes
So if 20ml/hr is flow rate then dropes per minute would be 20x20/60 simply 20/3
Means divided by 3 not 4
Sir kindly clarify if its divided by 4 or 3....??
such an excellent session...thanks a lot sir :)
@20:07 They are synthetic molecules and they don't interact with the cells So, the intracellular volume is not replenished And @23:23 extra normal saline which moves out into the extra vascular space will be quickly absorbed by ic space
it's a bit confusing
please explain
Very informative lecture. But I have few Qns regarding fluids in post op pt
1) post op Hyperglycemic and Hypertensive pt is given which fluid in Stat ?
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Crystal clear now
U have divided 15 ÷ 60 to get 4 in the denominator.15 being drops in 1 ml and 60 minutes of 1 hour.
Concept well explain
Excellent session 🔥
Thanks for keeping things easy 🙂
Loved it sir. Thank you 🙏🏻
Just awesome!
Thanks sir !
Excellent sir
Great
Thnxs sir..
I JOINED THE GROUP WITH MY MONTHLY MEMBERSHIP SUBSCRIPTION BUT IM FAILING TO ACCESS MOST OF THE RECORED LECTURES. DOES IT MEAN THAT IM NOT ENTITLED?
Awesome sir 🔥
Life Saver 😍😍
Thank u 💟
Hello,
I humbly request you to please help me with an answer to the below-mentioned questions:
1. What happens if the 0.9 w/v sodium chloride injection I.P. is exposed to 40°C+ temperature for 5 hours?
2. After cooling down to 10°C, will it function as intended?
Please advise. I need this information.
You can watch out for crystallization, precipitations, discoloration, turbidity, or bulging. Normal saline is known to withstand thermal stability under high temps up to weeks.
I think you should be warming IV fluids to near core temperature, which is 37C body temp. Cold IV could cause hypothermia and venospasm.
@@mist9965 Thank You for the reply. Very helpful.
Is pdf there ??
Bhaya gi good.
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Can i a tually buy some fluids?
👌👌💥
Blood into lassi 😂😂😂