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Neuroradiology of Brain Stem and Cervicomedullary tumours
Rivista di Neuroradiologia, 1997Brain stem and cervicomedullary tumours are typical of paediatric age, 80% of them occurring in patients under 18 years of age, and comprising 10–15% of all childhood and adolescent brain tumours, as well as 20–25% of infratentorial locations. They are characteristically pontine tumours (60% of the cases), but they commonly extend to ...
C. Colosimo +3 more
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Brain and facial trauma: A neuroradiology perspective
Trauma, 2011Traumatic head and facial injuries are common causes of emergency department admissions. Head trauma, in particular, is the commonest reason for emergency out of hours computed tomography (CT) performed. Most patients with traumatic brain injuries (TBIs) have mild head injuries, but up to 20% require hospitalisation or further management.
Mohammed Varnamkhasti, Allan Thomas
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Radiation necrosis of the brain. Neuroradiological considerations with computed tomography
Neuroradiology, 1976In cases with radiation necrosis of the brain, conventional neuroradiological examinations usually demonstrate only an avascular mass lesion impossible to differentiate from intracerebral tumor or hemorrhage. Computed tomography, performed in addition to angiography in three cases, consistently demonstrated the radiation necrosis as a low density area ...
J, Brismar, G H, Roberson, K R, Davis
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Mania after brain injury: Neuroradiological and metabolic findings
Annals of Neurology, 1990AbstractWe present a consecutive series of 8 patients who developed a manic episode after a brain injury. Five patients had cortical lesions (4 with damage to the right basotemporal region, and 1 with bilateral damage to the orbitofrontal area). while the other 3 patients had subcortical lesions (white matter of the right frontal lobe, right anterior ...
S E, Starkstein +8 more
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Neuroradiologic findings of brain lesions related to exanthema subitum
Pediatric Neurology, 1998The neuroradiologic findings of the brain lesions in eight infants with exanthema subitum were normal in three, suspected vascular lesions in two, and symmetric thalamic lesions with or without diffuse brain edema in the other three. In addition, diffuse brain edema or focal cerebral lesions were observed in 13 previously reported Japanese infants ...
S, Kimura, A, Nezu
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Clinical neuroradiology of the brain
2011Pouz da na sli kov na di jag nos ti ka ima vr lo važ nu ulogu u ra nom ot kri va nju po re me ća ja raz vo ja mozga kako bi se što toč ni je pro cije ni la te ži na ano ma li je s ci ljem pos tav ljanja is prav ne di jag no ze i prim je re nog li je če nja.
Bešenski, Nada +1 more
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Neuroradiological Viewpoint on the Diagnostics of Space-Occupying Brain Lesions
Clinical Neuroradiology, 2011Conventional magnetic resonance (MR) imaging of space-occupying lesions may answer most of the questions concerning the diagnosis and subsequent treatment strategies if patient age, clinical and paraclinical findings are considered as well. However, crucial and relevant differential diagnoses require additional MR methods, such as diffusion-weighted ...
J, Faehndrich +5 more
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Neuroradiological Imaging of Traumatic Brain Injury
2019Fundamentals and recent advances in imaging techniques and selection paradigms for the diagnosis of traumatic brain injury (TBI) will be discussed. Characteristic imaging findings for common TBI lesions will be described. Computed tomography (CT) is the modality of choice for the initial assessment of acute TBI.
Tuong Huu Le +2 more
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[Brain tumors in children. Neuroradiologic studies].
Minerva medica, 1984194 patients bearing intracranial tumors were reported. Incidence in relation to the age and diagnostic techniques was evaluated and criticized. A serie of a picture concerning CT, Angiography, Pneumoencephalography and Ventriculography with contrast medium are presented.
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