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Completed Studies

Here is where our completed studies are housed. Please see study findings, results, interpretations, and associated publications.

VEXUS

Venous Congestion and Renal Outcomes in Septic Shock

This study explores how venous congestion may contribute to kidney injury in patients with septic shock. Using bedside ultrasound, researchers aim to identify early signs of organ stress and improve fluid management in critically ill patients.

HONOUR

High-Flow Nasal Oxygen with or without Helmet Non-Invasive Ventilation for Oxygen Support in Acute Respiratory Failure

The HONOUR study is testing two non-invasive oxygen therapies to help patients with severe respiratory failure breathe more comfortably and avoid intubation. This pilot trial will determine whether a larger study comparing high-flow nasal oxygen alone versus in combination with helmet ventilation is feasible and potentially life-saving.

DOSM

Feasibility of Using Depth of Sedation Monitors to Reduce Delirium in Critically Ill Patients

The DOSM study investigates whether using brain-based sedation monitors in ICU patients can help reduce delirium and improve recovery.

FISSH

Fluids in Septic Shock

The FISSH study is a randomized controlled trial comparing Ringer’s Lactate to normal saline in septic shock patients to determine which fluid improves survival and recovery. It aims to guide safer, more effective fluid resuscitation in critical care.

SAVE-ICU

Sedating with Volatile Anesthetics Critically Ill COVID-19 Patients in ICU: Effects on Ventilatory Parameters and Survival

The FISSH study is a randomized controlled trial comparing Ringer’s Lactate to normal saline in septic shock patients to determine which fluid improves survival and recovery. It aims to guide safer, more effective fluid resuscitation in critical care.

PROMIZING

Fluids in Septic Shock

The FISSH study is a randomized controlled trial comparing Ringer’s Lactate to normal saline in septic shock patients to determine which fluid improves survival and recovery. It aims to guide safer, more effective fluid resuscitation in critical care.

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