Hemodynamic vs. Neurological Phenotypes in Adult Invasive Meningococcal Disease: Insights from the Nationwide RETRO-MENINGO Study
Posted inCritical Care Infectious Diseases news

Hemodynamic vs. Neurological Phenotypes in Adult Invasive Meningococcal Disease: Insights from the Nationwide RETRO-MENINGO Study

The RETRO-MENINGO study of 654 adults reveals that hemodynamic presentations of invasive meningococcal disease carry a five-fold higher mortality risk than neurological forms. Early parenteral antibiotic administration remains the most critical modifiable factor for patient survival.
The Long Shadow of the ICU: Identifying High-Risk Functional Trajectories in Older Survivors
Posted inCritical Care news Public Health

The Long Shadow of the ICU: Identifying High-Risk Functional Trajectories in Older Survivors

A large-scale longitudinal study reveals that ICU survivors aged 60–79 face significantly higher 5-year excess mortality and functional decline compared to the general population, whereas outcomes for nonagenarians converge with their peers, highlighting a critical window for geriatric intervention and advance care planning.
Posted inCritical Care Neurology news

Rising Hospital Mortality and Escalating Rates of Life-Sustaining Therapy Withdrawal in Critically Ill TBI Patients: A 15-Year Analysis

A 15-year observational study of over 45,000 TBI patients reveals a significant increase in hospital mortality and a tripling of life-sustaining therapy withdrawal, alongside rising rates of hypoxaemia, raising urgent questions about ethical frameworks and neurocritical care management.
High-frequency Oscillatory Ventilation in Near‑Term and Term Infants: Inconclusive Benefit and Possible Increased Mortality — What the 2025 Cochrane Update Tells Clinicians
Posted innews Pediatrics Respiratory

High-frequency Oscillatory Ventilation in Near‑Term and Term Infants: Inconclusive Benefit and Possible Increased Mortality — What the 2025 Cochrane Update Tells Clinicians

A 2025 Cochrane update (3 RCTs, 368 infants) finds very low- to low-certainty evidence that HFOV neither clearly reduces treatment failure nor pulmonary air leak and may increase mortality versus conventional ventilation in term/near‑term infants with severe pulmonary dysfunction.