Institute of Biomedical / University of Portsmouth / Hurstwood Park Neurological Centre / King’s College Hospital / / /
IndustryTerm
Live cell imaging / cancer therapies / culture media / energy source / respiratory chain / metabolic product / software programme / chemical structure / /
MedicalCondition
glioma cell lines / anaplastic astrocytoma / human malignant glioma cells / glioma cultures / lymphoma / glioma cells / seizures / glial tumours / paediatric brain tumour / acid Many brain tumour / glioma / C6 rat glioma / tricyclic drug-mediated brain tumour / brain tumours / gliomas / glioblastoma primary cultures / human brain tumour / low grade pilocytic astrocytoma / hepatoma / solid cancers / human malignant glioma cell lines / high grade malignancy medulloblastoma / breast cancer / brain tumour / cancer / human neuroblastoma cells / glioblastoma multiforme / increased neuroblastoma cell necrosis / tumour / anaplastic astrocytoma line / brain neoplasms / malignant glioma / primary and secondary brain tumours / Epilepsy / human glioma cells / glioma patients taking clomipramine / leukaemia cells / thyroid cancer / human glioma / also mediate cancer / human glioma biopsies / tumours / /
MedicalTreatment
chemotherapy / radiotherapy / cancer therapies / drug therapy / /
OperatingSystem
Openlab / /
Organization
King’s College Hospital / Institute of Biomedical and Biomolecular Sciences / School of Pharmacy & Biomedical Sciences / Hurstwood Park Neurological Centre / Institute of Biomedical & Biomolecular Sciences / University of Portsmouth / School of Pharmacy and Biomedical Sciences / Portsmouth and 2Hurstwood Park Neurological Centre / /
Radiol Oncol 2006; 40(2): [removed]review The role of tricyclic drugs in selective triggering of mitochondrially-mediated apoptosis in neoplastic glia: a therapeutic option in malignant glioma?