Kamran Mahmutyazicioglu

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PURPOSE To demonstrate a novel automatic slice-positioning technique based on three new anatomical landmarks and to standardize prospective scans by lowering rotational and translational variances. MATERIALS AND METHODS After defining the interpeduncular fossa corner and the eyeball centers as landmarks, they are manually labeled on 25 different T1 MRI(More)
Post-traumatic epilepsy is more frequent after severe head injuries, however the severity of the trauma is not always correlated with the injured brain tissue. We report a patient whose seizures developed 4 years after a face trauma. Upward displacement of the sphenoid wing caused a contusion at the orbital surface of the frontal lobe. Computed tomography,(More)
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