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City Chiba / Tokyo / Yamagata / / Company Boc / ADP / Macmillan Publishers Limited / / Country Japan / / / Event FDA Phase / / Facility Research Institute / National Institute of Radiological Sciences / / / IndustryTerm cell death-inducing systems / high linear energy transfer / offers ideal energy distribution / / MedicalCondition glioma treatment / CB irradiation-induced glioma cell death mechanism / conventional radiation-induced tumor / glioma cells / better tumor / glioma cell death / human glioblastoma cell lines / human tumor / glioma / CB irradiation-induced glioma cell killing / glioma therapy / systemic tumors / CB-induced tumor / both glioma cell lines / gliomas / cerebral malignant glioma / glioma cell death A Tomiyama1 / glioma cell death induction / CB irradiation-induced glioma therapy / intracranial chordoma / glioma cell killing / radioresistant gliomas / moderate glioma cell death / CB irradiation-induced glioma cell death signal / clinical glioma therapy using CB irradiation / glioblastoma / p53-mutated tumor / B-cell CLL/lymphoma / CB-induced glioma cell death / radioresistant tumors / tumor / CBinduced glioma cell death / Cancer / glioma cell / human glioma cell lines / Disease / CB irradiation-induced tumor / tumor necrosis factor / human glioma cells / either glioma cell line / mitochondria-mediated CB-induced glioma cell death signaling / CB-irradiated glioma cells / p53-mutated glioma cell lines / CB irradiation-induced glioma cell death / / MedicalTreatment Neurosurgery / chemotherapy / radiotherapy / Radiation / Treatment protocols / radiotherapies / / Organization Department of Molecular Cancer Science / National Institute of Radiological Sciences / Research Institute for Advanced Molecular Epidemiology / Yagamata University School of Medicine / 7Oncology Research Center / Research Center for Charged Particle Therapy / Yamagata University School of Medicine / Japan Society for Promotion of Science / / Person Ion Radiobiology / / / Position *Corresponding author / Major / / Product Po0 / U0 / / Technology Radiation / X-ray / siRNA / antibodies / apoptosis / chemotherapy / Neurosurgery / reprobed using organelle-specific antibodies / / URL www.nature.com/cddis / / SocialTag 
Citation: Cell Death and Disease[removed], e60; doi:[removed]cddis[removed] & 2010 Macmillan Publishers Limited All rights reserved[removed]www.nature.com/cddis MEK–ERK-dependent multiple caspase activation