Optimising patient-ventilator synchronization in partnership with Hamilton Medical / Vol. 18, Issue 1

Communication, Biomarkers, Sepsis, ICU, Patients, Monitoring, Medicine, Simulation, resuscitation, training, Nutrition, mechanical ventilation, treatment, shock, delirium, anaesthesia, diagnosis, patient safety, anaesthesiology, intensive care unit, Families, acute respiratory distress syndrome, sedation, LVAD, targeted temperature management, critical illness, Therapeutic hypothermia, spirituality, saline, ARDS, tracheostomy, intensive care units, end-of-life care, Hamilton, Immunocompromised, Patient Transfer, Neurocritical Care, intracranial pressure, glycaemic control, hypercapnia, Accelerate Diagnostics, Vall d’Hebron University Hospital, phenotypes, Vanderbilt, gut microbes, intravenous fluid therapy, crystalloids, Multiple organ support, extracorporeal organ support, Chronic respiratory dialysis, artificial hearts, Nestle, expert witness, organ support, artificial organs, organ cross-talk, ECCO2R, extracorporeal carbon dioxide removal, left ventricular assist device, carbon dioxide, craniectomy, complications, Academic medical centres, time-to-treatment, variability, chaplains, spiritual care, law, UMPC, dysglycaemia, glucose control proteins, IntelliSync+, patient-ventilator asynchrony, waveforms, immune dysfunction, intesnive care