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  • Küçük Resim
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    Cerebellar infarction in childhood: Delayed-onset complication of mild head trauma
    (Iranian Child Neurology Society, 2016) Öz, İbrahim İlker; Bozay Öz, Evrim; Şerifo?lu, İsmail; Kaya, Nurullah; Erdem, Oktay
    Cerebellar ischemic infarction is a rare complication of minor head trauma. Vertebral artery dissection, vasospasm or systemic hypo perfusion can cause infarct. However, underlying causes of the ischemic infarct cannot be explained in nearly half of cases. The accurate diagnosis is essential to ensure appropriate treatment. Here we report a five yr old boy patient of cerebellar infraction after minor head trauma, admitted to emergency serves of Bulent Ecevit University, Turkey in 2013. We aimed to remind minor head trauma that causes cerebellar infarction during childhood, and to review the important points of the diagnosis, which should be keep in mind.
  • Küçük Resim
    Öğe
    Evaluating the features of interdigital neuroma using 3-Tesla magnetic resonance imaging
    (Sociedad Anatómica Española, 2023) Örmeci, Tuğrul; Güler, Olcay; Malkoç, Melih; Kaya, Nurullah; İşyar, Mehmet; Çakır, Aslı; Şen, Selva; Mahiroğulları, Mahir
    Interdigital neuroma is an entrapment neurop-athy of the interdigital nerve. Previously, studies on interdigital neuroma were done with 1 Tesla Magnetic Resonance Imaging and more often 1.5 Tesla Magnetic Resonance Imaging. We used 3 Tesla Magnetic Resonance Imaging in our study and we did not encounter as much as we know about the study with 3 Tesla Magnetic Resonance Imaging in the literature. Between 2013 and 2019, the 3 Tesla Magnetic Resonance Imaging results of 39 consecutive surgically-confirmed interdigi- tal neuromas and patients' files were retrospec- tively evaluated. The soft tissue surrounding the prominent interdigital nerve "target sign" were assessed. Spearman's rho, Pearson's correlation tests, and Mann-Whitney U-tests were used. Of the 39 cases (mean transverse dimension = 4.64 mm), 35 (89.7%) were hypointense on T1-weight - ed sequencing, 34 were intermediate (87.1%) on short tau inversion recovery sequencing, and 29 (74.3%) had slightly-moderately enhanced neuro-mas on post-contrast spectral presaturation with inversion recovery sequences. A statistically sig-nificant negative relationship was found between contrast enhancement and disease duration (p = 0.020). On short tau inversion recovery or spec-tral presaturation with inversion recovery series, the intralesional nerve view "target sign" was ob-served in 23 (58.98 %) of 39 neuromas. This is the first study in the literature with 3 Tesla Magnetic Resonance Imaging that shows the visual charac-teristics of interdigital neuroma and its possible contribution to the diagnosis of the disease.