Related Experiment Videos
Reconstruction of suboccipital craniectomy with autologous bone chips
P Missori1, E Rastelli, F Maria Polli
1Department of Neurosciences, Neurosurgery and Neuroradiology II, University of Rome La Sapienza, Italy.
Background:
In patients submitted to suboccipital craniectomy in whom the bone is not repositioned, there may be a significant aesthetic defect due to lack of bone tissue, sometimes accompanied by paresthaesia and painful symptoms.
Method:
In 15 patients submitted to suboccipital craniectomy, the bone chips were repositioned during wound closure.
Findings:
At a mean follow up of 19 months (from 6 to 36 months), 2 patients (13%) complained of mild wound discomfort or occasional local pain. Twelve patients underwent control CT-scan. In three cases (25%) the bone fragments had been partly reabsorbed whereas in the other 9 (75%) they either formed a thin (4 patients) or consistent (5 patients) bony wall, with variable degree of adaptation to the contour of the contralateral occipital bone. The best cosmetic and functional results were obtained in young patients in whom the cerebellar parenchyma was well-preserved, as opposed to those in whom a CSF collection had replaced areas of cerebellar tissue.
Interpretation:
In the majority of cases in whom an osteoplastic suboccipital craniotomy is not possible, repositioning of the bone chips from suboccipital craniectomy is able to restore a bone table, thus allowing morphological and functional recovery of the occipital region.