🤨 Out: Solute-free H2O clearance
😎 In: Electrolyte-free H2O clearance
🫘 1st was recovering from AKI -->⬆️ filtered urea load as the BUN ⬇️
🥩 2nd was receiving very high protein tube feeds -->⬆️ filtered urea load with stable BUN
We discussed the JASN study from @scoca1.bsky.social et al on #NephJC here www.nephjc.com/news/hyperna...
Podcast: www.nephjc.com/freelyfilter...
We discussed the JASN study from @scoca1.bsky.social et al on #NephJC here www.nephjc.com/news/hyperna...
Podcast: www.nephjc.com/freelyfilter...
🤔Why does this matter?👇
https://youtu.be/H_Ueh1PfS7M
Usually..
🧂 Na⁺-> ECF volume.
💧 Water -> osmolality.
HypoNa+ & hyperNa+ make sense.
www.abckidney.com for immersive education
#NephSky #FOAMed #MedEd #Physiology #Electrolytes
🤔Why does this matter?👇
https://youtu.be/H_Ueh1PfS7M
Usually..
🧂 Na⁺-> ECF volume.
💧 Water -> osmolality.
HypoNa+ & hyperNa+ make sense.
www.abckidney.com for immersive education
#NephSky #FOAMed #MedEd #Physiology #Electrolytes
Interquartile range for total cumulative dose was 500-1000 ml of 4.2% bicarbonate
That's equivalent to 5-10 amps (50 ml vials) of 8.4% in the USA
You can use a LOT of bicarb if you have to (titrated to effect; also look at Na levels & avoid hyperNa)
#4/4
Interquartile range for total cumulative dose was 500-1000 ml of 4.2% bicarbonate
That's equivalent to 5-10 amps (50 ml vials) of 8.4% in the USA
You can use a LOT of bicarb if you have to (titrated to effect; also look at Na levels & avoid hyperNa)
#4/4
🤔Why does this matter?👇
https://youtu.be/H_Ueh1PfS7M
Usually..
🧂 Na⁺-> ECF volume.
💧 Water -> osmolality.
HypoNa+ & hyperNa+ make sense.
www.abckidney.com for immersive education
#NephSky #FOAMed #MedEd #Physiology #Electrolytes
🤔Why does this matter?👇
https://youtu.be/H_Ueh1PfS7M
Usually..
🧂 Na⁺-> ECF volume.
💧 Water -> osmolality.
HypoNa+ & hyperNa+ make sense.
www.abckidney.com for immersive education
#NephSky #FOAMed #MedEd #Physiology #Electrolytes
-hypertonic HCO3 (undiluted amps) for hypoNa & cerebral edema (hypertonic draws fluid out) (excess HyperNa, pCO2↑)
- pamidronate/zoledronic acid in D5W in hyperCa/acidosis (NS can further acidify pH&↑iCa)
-hypertonic HCO3 (undiluted amps) for hypoNa & cerebral edema (hypertonic draws fluid out) (excess HyperNa, pCO2↑)
- pamidronate/zoledronic acid in D5W in hyperCa/acidosis (NS can further acidify pH&↑iCa)
389 adults with severe acidemia randomized to 4.2% IV bicarb vs usual care. Overall primary outcome neutral, but in AKI stage 2–3 bicarb ↓ composite events, mortality, organ failure & KRT use (52%→35%). More alkalosis, hyperNa, hypoCa. #KidneyWk
389 adults with severe acidemia randomized to 4.2% IV bicarb vs usual care. Overall primary outcome neutral, but in AKI stage 2–3 bicarb ↓ composite events, mortality, organ failure & KRT use (52%→35%). More alkalosis, hyperNa, hypoCa. #KidneyWk
hyperosmolar hyperglycemic nonket syndrome (Glu 950), AKI and hyperNa (162). New onset diabetes. Triggering factor? He was diagnosed with COVID-19 5 ds ago and was placed on steroids/azithro. He is on room air.
Being COVID(+) is NOT indication for steroids!
hyperosmolar hyperglycemic nonket syndrome (Glu 950), AKI and hyperNa (162). New onset diabetes. Triggering factor? He was diagnosed with COVID-19 5 ds ago and was placed on steroids/azithro. He is on room air.
Being COVID(+) is NOT indication for steroids!
By: tarjavirmakari on Wednesday, April 8, 2026
By: tarjavirmakari on Wednesday, April 8, 2026
By: Vic on Saturday, February 21, 2026
By: Vic on Saturday, February 21, 2026
- Fluids: for volume if hypovolemic most commonly. (always think what's the indicn; eg, hyperK, hyperCa, hyperNa, rhabdo, ==> give the appropriate fluids).
- Nutrition
Oral preferred (or NGT/PEG). If not, IV.
However:
- Fluids: for volume if hypovolemic most commonly. (always think what's the indicn; eg, hyperK, hyperCa, hyperNa, rhabdo, ==> give the appropriate fluids).
- Nutrition
Oral preferred (or NGT/PEG). If not, IV.
However:
HyperNAなら2Aに近いとこまではいけるってことかな。
HyperNAなら2Aに近いとこまではいけるってことかな。
Early in dwell there is a higher fraction of peritoneal aquaporins contributing to UF
This means more Na free H20 removal contributing to Net UF
So short fast dwells lead to hyperNa, thirst + viscous cycle of high fluid intake
Early in dwell there is a higher fraction of peritoneal aquaporins contributing to UF
This means more Na free H20 removal contributing to Net UF
So short fast dwells lead to hyperNa, thirst + viscous cycle of high fluid intake
#ASML #ASMLStock #ASMLNews #Semiconductors #HighNA #HyperNA #EUV
$ASML
#ASML #ASMLStock #ASMLNews #Semiconductors #HighNA #HyperNA #EUV
$ASML