the goal of this type of study : observation study is to learn about cerebral edema and hematoma in aneurysmal subarachnoid hemorrhage the main questions it aims to answer are current clinical practices lack predictive models to identify early structural brain abnormalities affecting cognition.
the development of a predictive model termed the a-SAH Early Brain Edema/Hematoma Compression Neural (Structural Brain) Networks Score System (SEBE-HCNNSS).
Study Type
OBSERVATIONAL
Enrollment
202
Endovascular coiling, Surgical clipping, Mix
The First Hospital of Hebei Medical University
Shijiazhuang, Hebei, China
Description of subarachnoid blood on cranial CT
No visible blood, no effacement, and no widening of the longitudinal fissure of the brain. Absence of visible sulci due to effacement, diffuse deposits, or thin layers of blood at specified brain locations (L-FPN or D-FPN or M-FPN or PN or ON or M-CIN or other), or widening of the longitudinal fissure. Localized/diffuse blood deposits (\<1 mm thick) at specified locations (L-FPN or D-FPN or M-FPN or PN or ON or M-CIN or other) in each section, without visible sulci in those areas at two predetermined levels in each hemisphere. For specified locations (L-FPN or D-FPN or M-FPN or PN or ON or M-CIN or other) in each section, absence of visible sulci at two predetermined levels in each hemisphere or disruption of the grey-white matter junction, with blood pooling (\<1 mm thick) in ventricles or cerebral pools (insular pools, circumferential pools, lateral fissure pools, interpeduncular pools, lateral ventricles). Disappearance of sulci at two predetermined levels in each hemisphere or local
Time frame: 24 - 48 hours
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