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This report, an audit requested by the French government, describes oncological patterns of care, prognostic factors, and survival for patients with newly diagnosed and histologically confirmed glioblastoma multiforme (GBM) in France. The French Brain Tumor DataBase, which is a national multidisciplinary (neurosurgeons, neuropathologists, radiotherapists, neurooncologists, epidemiologists, and biostatisticians) network, prospectively collected initial data for the cases of GBM in 2004, and a specific data card was used to retrospectively collect data on the management and follow-up care of these patients between January 1, 2004, and December 1, 2006. We recorded 952 cases of GBM (male/female ratio 1.6, median age 63.9 years, mean preoperative Karnofsky performance status [KPS] 79). Surgery consisted of resection (RS; n = 541) and biopsy (n = 411); 180 patients did not have subsequent oncological treatment. After surgery, first-line treatment (n = 772) consisted of radiotherapy (RT) and temozolomide (TMZ) concomitant +/- adjuvant in 314 patients, RT alone in 236 patients, chemotherapy (CT) alone in 157 patients, and other treatment modalities in 65 patients. Median overall survival was 286 days (95% CI, 266-314) and was significantly affected by age, KPS, and tumor location. Median survival (days, 95% CI) associated with these main strategies, when analyzed by a surgical group, were as follows: RS + RT-TMZ((n=224)): 476 (441-506), biopsy + RT-TMZ((n=90)): 329 (301-413), RS + RT((n=147)): 363 (331-431), biopsy + RT((n=89)): 178 (153-237), RS + CT((n=61)): 245 (190-361), biopsy + CT((n=96)): 244 (198-280), and biopsy only((n=118)): 55 (46-71). This study illustrates the usefulness of a national brain tumor database. To our knowledge, this work is the largest report of recent GBM management in Europe.

Patients and Methods: Twenty patients with lung cancer and brain metastasis were prospectively included in this feasibility study (four small-cell and 16 non-small-cell lung cancers). There were two previously untreated patients and 18 pretreated patients for whom brain metastases constituted the first relapse after a treatment-free interval following chemotherapy for the primary lung cancer. Most of the patients had neurological symptoms and an ECOG performance index over 2. Treatment consisted of three courses of whole brain radiotherapy (18 Gy in 10 fractions) and ifosfamide: 3 g/m2 daily from day 1 through day 4, i.e., during the first four days of radiotherapy with uromitexan uroprotection and haematopoietic support (r-HuG-CSF)., Results: Seventeen patients completed the three-cycle programme. Sixteen patients had grade 4 neutropenia and six of them experienced a febrile episode. Other toxicities were mild to moderate and manageable. The received dose-intensity of ifosfamide was 90%. Response evaluation demonstrated stable disease for two patients, partial response for eight, complete response for six and progression for four. All responders benefited by a remission of symptoms and improvement of performance index. Median survival from start of protocol was 13 months., Conclusion: Brain radiotherapy plus high-dose ifosfamide is feasible in patients suffering from brain recurrences of lung cancer.