Combination chemotherapy in murine neuroblastoma
J Z Finklestein, K Tittle, J. Rubenstein, R Meshnik, John M. Weiner
Abstract
J Z Finklestein, K Tittle, J. Rubenstein, R Meshnik, John M. Weiner
Abstract
The C1300 murine neuroblastoma system has been studied to determine its relevance as a chemotherapy model to the human disease. Studies using combination therapy revealed that BCNU/cyclophosphamide combination therapy increased the median lifespan 300% in A/J mice bearing the C1300 tumor. Cyclophosphamide/imidazole carboxamide and adriamycin/imidazole carboxamide combinations were less active, increasing median lifespans 189% and 144%, respectively. Vincristine/bleomycin were inactive even when the schedule was adjusted to coincide with the time of maximum mitoses following vincristine injections. These results suggest the BCNU/cyclophosphamide combination chemotherapy may be effective in human disease.
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The C1300 murine neuroblastoma system has been studied to determine its relevance as a chemotherapy model to the human disease. Studies using combination therapy revealed that BCNU/cyclophosphamide combination therapy increased the median lifespan 300% in A/J mice bearing the C1300 tumor. Cyclophosphamide/imidazole carboxamide and adriamycin/imidazole carboxamide combinations were less active, increasing median lifespans 189% and 144%, respectively. Vincristine/bleomycin were inactive even when the schedule was adjusted to coincide with the time of maximum mitoses following vincristine injections. These results suggest the BCNU/cyclophosphamide combination chemotherapy may be effective in human disease.
Key concepts: Medicine, Neuroblastoma, Chemotherapy, Cancer research, Oncology, Internal medicine, Cell culture, Genetics