INTRODUCTION: This study aims to identify the premature synostosis of "major" and "minor" sutures of the four "sutural arches" of the skull and to perform a morphometric analysis in children with syndromic craniosynostosis in order to evaluate changes in the skull base linked with premature suture synostosis. METHODS: We reviewed multiplanar high-resolution CT images, implemented with 3D reconstructions, from 18 patients with complex syndromic craniosynostosis and compared them with 18 age-matched healthy subjects. We assessed the calvarial sutures and their extension to the skull base, and then we correlated specific types of synostosis with the size, shape and symmetry of the cranial fossae. RESULTS: We found a marked asymmetry of the skull base growth in all patients. The synostotic involvement around the coronal ring caused a reduction in the growth of the anterior and middle fossae. The size of the posterior cranial fossa was related not only to "major" but also to "minor" suture synostosis of the lambdoid and parieto-squamosal arches. CONCLUSION: Changes in the skull base and craniofacial axis symmetry are due to structural and functional relationships between "major" and "minor" skull sutures, suggesting a structural and functional relationship between the neurocranium and basicranium. The early recognition of prematurely closed skull base sutures may help clinicians and neurosurgeons to establish correct therapeutic approaches.
INTRODUCTION: This study aims to identify the premature synostosis of "major" and "minor" sutures of the four "sutural arches" of the skull and to perform a morphometric analysis in children with syndromic craniosynostosis in order to evaluate changes in the skull base linked with premature suture synostosis. METHODS: We reviewed multiplanar high-resolution CT images, implemented with 3D reconstructions, from 18 patients with complex syndromic craniosynostosis and compared them with 18 age-matched healthy subjects. We assessed the calvarial sutures and their extension to the skull base, and then we correlated specific types of synostosis with the size, shape and symmetry of the cranial fossae. RESULTS: We found a marked asymmetry of the skull base growth in all patients. The synostotic involvement around the coronal ring caused a reduction in the growth of the anterior and middle fossae. The size of the posterior cranial fossa was related not only to "major" but also to "minor" suture synostosis of the lambdoid and parieto-squamosal arches. CONCLUSION: Changes in the skull base and craniofacial axis symmetry are due to structural and functional relationships between "major" and "minor" skull sutures, suggesting a structural and functional relationship between the neurocranium and basicranium. The early recognition of prematurely closed skull base sutures may help clinicians and neurosurgeons to establish correct therapeutic approaches.
Authors: Steven R Cohen; Landon Pryor; Paul A Mittermiller; Hal S Meltzer; Michael L Levy; Kevin W Broder; Burak M Ozgur Journal: Plast Surg Nurs Date: 2008 Apr-Jun
Authors: Caroline W Ernst; Tine L Hulstaert; Dries Belsack; Nico Buls; Gert Van Gompel; Koenraad H Nieboer; Ronald Buyl; Filip Verhelle; Michel De Maeseneer; Johan de Mey Journal: Eur Radiol Date: 2015-06-30 Impact factor: 5.315