Search the Library

Cortical development, malformations of, 85–87 Craniocervical junction, 17f Craniofacial bone infarcts, acute, 376 Craniopharyngioma, 238, 239f

Cortical development, malformations of, 85–87 Craniocervical junction, 17f Craniofacial bone infarcts, acute, 376 Craniopharyngioma, 238, 239f

Cortical development, malformations of, 85–87 Craniocervical junction, 17f Craniofacial bone infarcts, acute, 376 Craniopharyngioma, 238, 239f

cortical surface is uniformly defined. The cranial bones form a continuous outer border in both panels. Fig. 5.4 Cerebral

cortical surface is uniformly defined. The cranial bones form a continuous outer border in both panels. Fig. 5.4 Cerebral

cortical surface is uniformly defined. The cranial bones form a continuous outer border in both panels. Fig. 5.4 Cerebral

cortical hyperostosis with diaphyseal periosteal reaction and wormian bones in the cranial vault. Neuroimaging shows diffuse brain

cortical hyperostosis with diaphyseal periosteal reaction and wormian bones in the cranial vault. Neuroimaging shows diffuse brain

cortical hyperostosis with diaphyseal periosteal reaction and wormian bones in the cranial vault. Neuroimaging shows diffuse brain

bones, and surrounding tissues are also shown. Panel C displays an axial T 2 M R I with two arrowheads marking rounded fluid-filled structures near the nerve root sleeves on either side of the spinal canal. Vertebral outlines, thecal sac, and paraspinal musculature are symmetrically depicted