Background Predicting neurological outcome in comatose survivors of cardiac arrest relies
on clinical findings, radiological and neurophysiological test results. To evaluate the …

Introduction Early prediction of potential neurological recovery in patients after cardiac arrest
is challenging. Recent studies suggest that the densitrometic gray-white matter ratio (GWR) …

Introduction Early identification of brain injury patterns in computerized tomography (CT)
imaging is crucial for post-cardiac arrest prognostication. Lack of interpretability of machine …

Background Prognosticating outcome following cardiac arrest is challenging and requires a
multimodal approach. We tested the hypothesis that the combination of initial neurologic …

Background and Purpose—Early assessment of the likelihood of neurological recovery in
comatose cardiac arrest survivors remains challenging. We hypothesize that quantitative …

Background In clinical practice, magnetic resonance imaging (MRI) is commonly used to
assess the severity of a cardiac arrest patient's cerebral injury, utilizing treating neurologists' …

Brain imaging is important for evaluating the extent of neurologic injury after cardiac arrest.
Future work should focus on addressing previous methodological limitations and …

Background We compared the ability of head computed tomography (HCT) and MRI,
respectively, obtained before or after target temperature management to predict neurologic …

ABSTRACT BACKGROUND AND PURPOSE To develop a qualitative brain magnetic
resonance imaging (MRI) scoring system for comatose cardiac arrest patients that can be …

Cardiac arrest can cause hypoxic–anoxic ischemic brain injury due to signaling cascades
that lead to damaged cell membranes and vital cellular organelles, resulting in cell death in …