📣📣📣@ICMexperimental has received the first 2.8 impact factor for 2023!! .Thank you for all your support!! .@ESICM @njuffermans .#FOAMed #intensivecare

RT @eddyjoemd: Do the IV fluids we provide to our critically ill patients trash the glycocalyx? This systematic review tackles this issue a….

RT @MGrecoMD: Wearable devices as a game-changer. New strategies for continuous monitoring in acute medicine & critical care. ✅ Less invasi….

E.Coli 🐖 sepsis model , shows the time course of neutrophil distribution using  PET-tracer [11C]NES targeting Neutrophil Elastase. Neutrophils+neutrophil elastase :.✅important in sepsis .✅blocking➡️ future treatment in selected situations. 🔓

🤖Potential of ML models in predicting patient discharge readiness. ✅👨‍⚕️behavior closely mirrored.✅eligible patients earlier identified .✅ Promising screening tool.✅ more efficient reliable decision-making. 🔓📃 #AI #MachineLearning #ICU #Innovation

RescueDoppler, a continuous hands-free carotid Doppler system in a 🐖 model of 🫀 arrest. ✅expected sensitivity of 98% identifying spontaneous circulation during both manual and mechanical chest compressions. 🔓 #FOAMEed #CriticalCare

📃Modulation of β3-AR in an  🐀 model of resuscitated septic shock.✅β3-AR is resistant to desensitization.✅its inhibition improves cardiac and vascular function without affecting the short-term survival. 🔓

Effects of FCV using negative end-expiratory pressures (NEEP), on 🧠 hemodynamics in a 🐖 model of intracranial hypertension. ✅ FCV➕ NEEP appears to be safe .✅ additional tool for severe intracranial pressure episodes. 🔓#FOAMed #CriticalCare

Renal venous flow patterns in sepsis.✅Proximal (PRVF) and intrarenal venous flow (IRVF) not entirely congruent.✅PRVF ➕IRVF: ⬆️ predictive ability for 28-day renal function prognosis. ✅Early improvement in renal venous congestion is crucial.🔓 #FOAMed

Mitochondrial metabolic profiles in DKA ⬇️ cellular O2 consumption vs healthy controls. ✅O2 consumption ⬆️ in cells with thiamine or CoQ10 treatment.✅ Thiamine and CoQ10 could potentially have therapeutic benefits in DKA. #FOAMed #CriticalCare .🔓

📃HyperO2-induced ⬆️ in 🧠 tissue pO2 (PbtO2) ✔️Circulating models 🔮 a ⬇️ PO2.✔️Hb transition relaxed (R) to tense (T) state, driven by deO2 ➡️ pO2 diff. across 🧠 capillaries. ✅ Hb R to T ➡️ for ⬆️ PbtO2 lvls in 🧠 tissue during hyperO2. 🔓 #FOAMed

🚨@ICMexperimental is now ON AIR too!.🎙️Podcast release that you CAN’T MISS .💦 Fluid Management and mechanical ventilation strategies!. Listen here 👉 Read here: @pedro_leme76297 | @MariangelaPell .@ESICM @njuffermans . #FOAMed.

🫀 transplantation, open‑lung vent in CPB, postop 🫁 damage. 🐑 model.✔️ OPENVENT Vt 3 mL/kg , PEEP 8 .✔️ NOVENT group no ventilation .✅ OPENVENT:.⬇️ histological🫁 damage.⬇️shunt.⬇️ DP.⬇️ neutrophil and macrophage infiltrations.🔓

RT @DrMCecconi: Caro Luciano, sei stato un’ispirazione e un maestro per tutti noi. Il tuo sapere e la tua umanità rimarranno per sempre con….

RT @johnglaffey: Our speciality has lost one of its founding giants. An inspiration to us all.

In memory of Prof. L. Gattinoni.

💊TCD-ABx in vitro: antibiotics in dialysis solutions help achieve desired plasma levels with both 'up-' or 'down-dialysis' towards the unbound target concentration. ✅An elegant life hack for antibiotic therapy during CVVHD?.🔓#FOAMed #CriticalCare

RT @ESICM: 🔎 Have you seen it? ESICM has a new corporate #identity🎉 Including features like:. 🌟A modern #logo.🌐A redesigned #website for cl….

Mitochondrial alterations and sepsis - Review of pathophysiological aspects.Mitochondrial assessments in immune cells:.✅ biomarkers for clinical recovery, immunometabolic status, responsiveness to oxygen, vasopressor therapies. 🔓 #CriticalCare #FOAMed

Predictive Tools for Hypotension in KRT:.✅8 studies (2873 pts) .✅Best ML model : XGB.✅PPI & HRV also significant.✅ML + clinical indicators can forecast IDH in AKI pts, .Further validation is needed.🔓 #CriticalCare #AKI #MachineLearning

📃Bench study presenting a novel passive expiratory flow regulation device. 🫁The device bench tested demonstrated a ⬇️ in peak expiratory flow rate and dissipated energy, compared to ventilation with unregulated expiratory flow. 🔓#CriticalCare.#FOAMed