Proud to present the hemodynamic effects of lactate infusion in #cardiogenicshock at @escardio#ACVC2025: Increased CO due to increased SV, enhanced ventriculo-arterial coupling and improved mitochondrial function 🫀
Full article published in @Crit_Care
https://t.co/FZ5avitxGf
This was a tough one. 40000 abstracts screened. Limited evidence for the use of calcium for Hyperkalaemia
Pharmacological Interventions for the Acute Treatment of Hyperkalaemia: A Systematic Review and Meta-analysis - Resuscitation https://t.co/9bFi2M3MVP
@LarsWAndersen1
Thrilled to share our new study published in @_JCBFM (https://t.co/9lsDXXoru3)! We show that targeting Na,K-ATPase-dependent Src kinase activation can prevent 🧠 hypoperfusion and exaggerated NVC in a an awake mouse model of familial hemiplegic #migraine.
Here’s a short 🧵
In HFrEF patients, exogenous ketone body therapy improves cardiac function. But they have a short half life.
Here we show prolonged ketosis and cardiac benefit with 1,3-butanediol in HFrEF patients🫀❤️🔥
@KrisBergHansen@OHorsdal@GNigopan
https://t.co/Ki91t9ksCj
Happy holidays 🍾
Proud to share our recent publications on the neurohormonal effects of #ketone ester treatment and the cardiovascular effects of the novel ketone compound 1,3-butanediol in #heartfailure@HalvorOG@GNigopan@OHorsdal@NikolajRittig
https://t.co/hlRdNBg5hB
@MynephCC Nice images. Can you elaborate on why you you place the sample volume in the RVOT rather than in the PA just distal to the valve? I’d personally prefer the latter, as this is where one can get a reliable diameter for stroke volumen, shunt fraction Qp/Qs, etc.
Increasing #PEEP in AMI-CS unloads the LV without altering cardiac output or cardiac efficiency.
PEEP could be a viable treatment option if titrated optimally during AMI-CS
Now online ahead of print in @_Anesthesiology
⬇️
https://t.co/2pcYXxa0Rb
@steffen_chr@KrisBergHansen