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

Neuroimaging is commonly utilized in the evaluation of post-cardiac arrest patients,
providing a unique ability to visualize and quantify structural brain injury that can …

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 …

Unfortunately, it remains a difficult task to predict with certainty which patients will have a
poor neurological outcome following cardiac arrest. Finding a quantitative prognostic model …

With increasing public education in basic life support and with the widespread use of
automated defibrillators, post-cardiac arrest comatose patients represent a growing part of …

Introduction Hypoxic-ischemic brain injury is the main cause of death and disability of
comatose patients after cardiac arrest. Early and reliable prognostication is challenging …

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

Cardiac arrest is common and deadly. Most patients who are treated in the hospital after
achieving return of spontaneous circulation still go on to die from the sequelae of anoxic …

Aim Neuroimaging has been proposed as a predictor of neurologic outcome in comatose
survivors of cardiac arrest. We reviewed the quality and level of evidence of the current …

Background Few data characterize the role of brain computed tomography (CT) after
resuscitation from in-hospital cardiac arrest (IHCA). We hypothesized that identifying a …