[Rise of plastic surgery. Current advances, future prospects].
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Biomedical subjects
Publications and source records attributed to D Marchac.
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Craniosynostosis affects approximately one infant out of one thousand. Increase of intracranial pressure and risks of functional problems are more frequent than previously thought, especially in single-suture synostosis. Frontocranial remodeling will correct both functional and esthetic consequences of craniosynostosis. The best time for surgery is the first year of life, 2-3 months of age for the brachycephalies, and 6-9 months of age for the other craniosynostoses. Not only does growth not deteriorate after forehead remodeling, but the adjacent orbitonasal areas improve with time. In Crouzon's disease and Apert's syndrome, early frontal advancement does not prevent the midface retrusion, and a radical frontofacial advancement may be occasionally indicated in very severe cases. Frontocranial remodeling is also indicated in children presenting with sequelae of classical neurosurgical treatment or those who have had no treatment.
The concept of craniofacial surgery, introduced by a French plastic surgeon named Paul Tessier, has completely transformed the treatment of facial deformities affecting the skeleton. Two of the more spectacular operations are correction of teleorbitism by orbital mobilization, and correction of facial retrusion by facial or fronto-facial advancement. These operations have evolved with the bipartition principle and the monobloc and splitting techniques. Craniofacial techniques applied in infancy for correction of craniosynostosis have proved very successful in most cases. The increasing use of miniplate fixation and utilization of cranial bone grafts are mentioned, as well as advances made in genetic and fetal diagnosis.
The author presents his experience in the use of lid magnets. The positioning is delicate but tolerance is good and the aesthetic and functional result satisfactory. The essential indication is the development of corneal problems overnight from defective occlusion.
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