Key result
Cranial CT reveals diffuse cerebral edema and loss of gray-white differentiation following prolonged resuscitation.
Why the study?
Slit-like ventricles can accompany diffuse cerebral edema after cardiac arrest, and their significance depends on the associated parenchymal findings and clinical course.
Case Report (n=1)
No
This case report illustrates that severe ventricular compression described as slit-like ventricles and complete cerebrospinal fluid space effacement can occur as part of diffuse cerebral edema on cranial CT after prolonged, recurrent cardiac arrest, requiring interpretation alongside surrounding parenchymal findings and multimodal neuroprognostication.
Answers are grounded in this paper and cite their sources.
Signals catastrophic brain injury after recurrent arrest; hypothesis-generating for CT prognostication and should not yet change practice.
Slit-like ventricles can accompany diffuse cerebral edema after cardiac arrest, and their significance depends on the associated parenchymal findings and clinical course.We describe a previously independent 65-yearold man who experienced recurrent cardiac arrest with nonshockable rhythms after a week of worsening dyspnea and peripheral edema.Following prolonged resuscitation, he remained comatose.Cranial computed tomography on hospital day 2 was reported to show diffuse cerebral edema, ventricular compression described as slit-like, and crowding at the foramen magnum.The intensive care assessment also recorded loss of cortical gray-white matter differentiation.Three available axial images illustrate effacement of visible ventricular and other cerebrospinal fluid spaces.Following multidisciplinary review and discussions with the family, life-sustaining treatment was withdrawn in the setting of reported severe brain injury, refractory shock, and multiorgan dysfunction.The patient died early on hospital day 3.This case illustrates severe ventricular compression reported as slit-like, with complete effacement at the sites represented on the selected images.It cannot establish neurological prognosis or validate treatmentwithdrawal decisions.
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Iashchuk et al. (2026) conducted a case report in Diffuse cerebral edema and hypoxic-ischemic brain injury after recurrent cardiac arrest (n=1). Cranial computed tomography (CT) after recurrent cardiac arrest was evaluated on Cranial CT findings on hospital day 2 and clinical course. Cranial CT on hospital day 2 after 45 minutes of initial resuscitation and two rearrests showed diffuse cerebral edema, slit-like ventricular compression, and loss of gray-white differentiation.
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