Wearable Skull Sensor Matches Invasive Monitors in Tracking Dangerous Brain Pressure
A systematic review of 16 studies in 826 patients finds that a noninvasive wearable sensor reading skull pulsations reliably mirrors ...
A systematic review of 16 studies in 826 patients finds that a noninvasive wearable sensor reading skull pulsations reliably mirrors ...
A landmark study of nearly 400,000 waveform judgments shows that expert clinicians are essential for reliable labeling of intracranial pressure ...
Researchers have developed a three-step framework combining visual inspection and automated physiological classification to assess the reliability of time-stamped clinical ...
A new viewpoint in Neurocritical Care argues that decompressive craniectomy so fundamentally alters intracranial physiology that conventional neuromonitoring practices and ...
An international prospective analysis of the EURECA cohort identifies the factors that determine whether critically ill patients with severe meningitis ...
A large single-center case series finds that critically ill children with MOGAD frequently suffer seizures, status epilepticus, and elevated intracranial ...
A single mutation in the SLC4A4 gene turns a crucial astrocyte bicarbonate transporter into a depolarizing ion leak, causing a ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine