… calvaria of a patient at 4 months of age, using 9 different techniques. Then we predicted the
calvarial growth … Finally, we compared the overall morphology of the calvaria, level of contact …

… Computer simulations have a huge potential to predict the calvarial growth and optimise the
management of this condition. However, these models need to be validated. The aim of this …

… In this work, a new approach was introduced to simulate the calvarial growth. This approach
… model human skull growth and optimise management of various craniofacial abnormalities. …

… Our results demonstrated that this approach is capable of predicting the growth of calvaria,
face, and skull base. We highlighted the crucial role of skull base in antero-posterior …

… fused suture, leading to calvarial deformation and possible … capable of predicting and
optimising the long term outcomes for … to predict the long term calvarial growth, the pattern of …

… management of craniosynostosis. More advanced models have enabled us to accurately
simulate the calvarial growth … have the potential to optimise the management of this condition …

… and consequent calvarial growth occurs due to brain expansion which induces growth at
the … will be required to optimise and normalise the midface/lower face in late teens/adulthood. …

… have been developed for the management of this condition … great potential in optimisation
of the calvarial reconstruction. … of the calvarial growth to predict the morphology of the calvaria …

… The volume of interest will be sized so that suppression bands (REST slabs) lie well within
the inner table of the calvarium. After automated shimming and water suppression steps, …