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Unlabelled: Hypoglossofacial anastomosis is a classical surgical procedure for the treatment of facial paralysis when the trunk of the facial nerve cannot be repaired and its peripheral branches are normal., Patients and Methods: Between 2004 and 2015, 77 patients were able to benefit from an hypoglossofacial anastomosis. The etiology of the paralysis was mainly the surgery of vestibular schwannoma, tumors of the facial nerve and diseases of the brainstem. A specific and premature speech therapy remediation was realized for all patients in order to preserve the tongue function and to upgrade the facial motricity., Results: Sixty-nine patients could be studied. The House Brackmann grading scale was used to appreciate the result. Thirty-one patients are grade III, 34 grade IV and in only one case the result is a grade V despite the anastomosis works. The main predictive factor for a good result is a small delay between the onset of the paralysis and the surgery for the rehabilitation. The specific physiotherapy upgrades the result with less side effects of the anastomosis., Conclusion: Hypoglossofacial anastomosis is a simple and reliable surgical procedure for rehabilitation of paralysed face. The quality of the result is linked with an early surgery and a specific physiotherapy., (Copyright © 2015 Elsevier Masson SAS. All rights reserved.)

A patient who needs a surgery for facial rehabilitation must have a complete assessment. The etiology of the facial palsy must be clear. It is necessary to have a MRI of the facial nerve for the statement of the initial pathology or to search a lesion on the nerve. The facial palsy must be definite which is depending of the delay of the palsy and the etiology. An electromyography must be done. The choice of the procedure depends on the delay of the palsy, the site on the nerve, the associated diseases and the opinion of the patient after a good explanation., (Copyright © 2015 Elsevier Masson SAS. All rights reserved.)

An orbital injury can be responsible for compressing the optic nerve in the optic canal. This compression leads to a syndrome of physiological division with homo-lateral blindness and absence of pupillary reaction of light during stimulation of the injured eye, whereas the light reflex is present with contralateral stimulation. Computed tomography studies show the compression site directly: optic canal fracture, or indirectly: hematoma of posterior ethmoidal cells and sphenoidal sinus, fracture of the posterior part of the orbit. This type of injury can be improved by surgical decompression of the optic nerve via a trans-ethmoid-sphenoidal approach. The surgical technique will be first described. Then, the authors will report a series of 13 cases. In 6 cases, surgical decompression allowed recovery of visual acuity. The authors emphasize the uncomplicated post-operative course. Indeed, no complication was recorded and the hospitalization time was very short.