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The aim of this study was to report a series of extracranial cephalic schwannomas. Fifteen patients with extracranial schwannomas treated between 1981 and 1999 are presented, and their clinical course during a median follow-up of 4.1 years is discussed. There is a female predominance. No specific factors have been identified. Their diagnosis is often delayed (median, 2.6 years). There is no predominant side. The orbit represents the most frequent location of schwannomas (26%). The trigeminal nerve is the most often affected (53%). Computed tomography and magnetic resonance imaging contribute to the diagnosis. Macroscopically, the schwannoma is a well-defined tumor of ovoid form and brownish color. It is formed of soft tissues and is fragmented easily. Diagnosis is often evident on microscopic examination. The only treatment is surgery. It consists of enucleation after opening the epineurium using an operating microscope, without interruption of the continuity of the nerve. The authors have observed only two relapses (the first two patients operated without a microscope). Total excision allows recovery. Nerve injuries have variable prognosis. It is necessary in juvenile populations to search for neurofibromatosis. All schwannomas required surgical treatment using an operating microscope to obtain total recovery.

The management of advanced ovarian cancer generally requires specialist multidisciplinary teamwork to achieve optimum outcomes. Preoperative computed tomography scans are the imaging modality of choice in determining the extent of disease and aiding in surgical planning. Histological classification is crucial to define various subtypes with their different behaviour and prognosis and to plan the best therapeutic strategy. Pathological prognostic factors, such as histological type, degree of differentiation, and FIGO stage must be described. To determine the ability to optimally cytoreduce advanced ovarian cancer, an experienced gynaecological oncologist needs to explore the entire upper abdomen and the pelvic and para-aortic lymph node regions to define the peritoneal cancer index (PCI). The final assessment is the completeness of cytoreduction (CC) score which is important in predicting prognosis and decision of post-surgical surgery. Ovarian cancer is the leading cause of death from gynaecologic cancers. Initial management is best provided by a specialist multidisciplinary team, including a radiologist, a pathologist, a gynaecologic oncologist, and a medical oncologist.