Fractionated irradiation with carbon ions induced resistance in mouse gut crypt cells
スポンサーリンク
概要
著者
-
Suzuki Keiji
大阪府立大学先端科学イノベーションセンター 放射線生命科学
-
FURUSAWA Yoshiya
Heavy-ion Radiobiology Research Group, Research Center for Charged Particle Therapy, National Instit
-
安藤 興一
学振科技特
-
FURUSAWA Yoshiya
National Institute of Radiological Sciences
-
FUTAMI Yasuyuki
Shizuoka Cancer Center
-
Futami Yasuyuki
茨城県立医療大学 放射線技術科学科
-
Futami Yasuyuki
The Institute Of Physics University Of Tsukuba
-
Futami Yasuyuki
Dvisin Of Accelerator Physics And Engineering National Institite Of Radiological Sciences Chiba Japa
-
Ando Koichi
Heavy-ion Radiobiology Research Group National Institute Of Radiological Sciences
-
TAKAI Nobuhiko
Heavy-ion Radiobio. Res. Grp., Natl Inst. Radiol. Sci.
-
Sasai Keisuke
Heavy-ion Radiobiology Research Group National Institute Of Radiological Sciences
-
OHIRA CHISA
Frontier Research Center, National Institute of Radiological Sciences
-
UZAWA Akiko
Heavy-Ion Radiobiology Research Group, Research Center for Charged Particle Therapy, National Instit
-
KOIKE Sachiko
Heavy-Ion Radiobiology Research Group, Research Center for Charged Particle Therapy, National Instit
-
Ando K
Division Of Health Sciences Graduate School Of Medicine Osaka University
-
Ando Koichi
Heavy-ion Radiobiology Res. Group National Inst. Of Radiological Sciences
-
Kodama Seiji
Division Of Radiation Biology And Health Science Research Center For Radiation And Radioisotopes Res
-
Nojima K
National Inst. Radiological Sci. Chiba Jpn
-
Shibuya Keiko
Department Of Radiation Oncology And Image-applied Therapy Kyoto University Hospital
-
Koike Sachiko
Heavy-ion Radiobiology Res. Group National Inst. Of Radiological Sciences
-
Sasai Keisuke
京都大学 放射腺腫瘍学･画像応用療学
-
Monobe Manami
Department Of Radiation Biosciences Faculty Of Pharmaceutical Sciences Tokyo University Of Science
-
Monobe M
Chiba Univ. Chiba Jpn
-
Takai Nobuhiko
Heavy-ion Radiobiology Research Group National Institute Of Radiological Sciences
-
Uzawa Akiko
Heavy-ion Radiobiology Research Group Research Center For Charged Particle Therapy National Institut
-
NOJIMA Kumie
International Space Radiation Laboratory
-
Aoki M
Heavy-ion Radiobiology Research Group National Institute Of Radiological Sciences
-
AOKI Mizuho
Heavy-Ion Radiobiology Research Group, National Institute of Radiological Sciences
-
FUKAWA Takeshi
Heavy-Ion Radiobiology Research Group, National Institute of Radiological Sciences
-
MONOBE Manami
Heavy-ion Radiobiology Research Group, Natl. Inst. Radiol. Sci.
-
KOIKE Sachiko
National Inst. of Radiol. Sci
-
Nojima Kumie
International Space And Radiation Laboratory National Institute Of Radiological Sciences
-
Ando Koichi
Department Of Technical Support And Development Natl. Inst. Radiol. Sci.
-
Ando Koichi
Space And Particle Radiation Science Research Group National Institute Of Radiological Sciences
-
Monobe Manami
Tokyo Univ. Sci. Chiba Japan
-
Ando Koichi
Division Of Health Sciences Graduate School Of Medicine Osaka University
-
Fukawa Takeshi
Heavy-ion Radiobiology Research Group National Institute Of Radiological Sciences
-
Oohira Chisa
放射線医学総合研究所
-
Oohira Chisa
Radgenomics Project National Institute Of Radiological Sciences
-
Ohira Chisa
Radgenomics Project Frontier Research Center National Institute Of Radiological Sciences
-
Uzawa Akiko
京都大学原子炉実験所附属粒子線腫瘍学研究センター
-
Furusawa Yoshiya
高エネルギー加速器研究機構物質構造科学研究所
-
Fukawa Takeshi
放射線医学総合研究所
-
Aoki Mizuho
Heavy-ion Radiobiol. Res. Gr. Natl. Inst. Radiol. Sci.
-
Nojima Kumie
International Space Radiation Laboratory National Institute Of Radiological Sciences
-
Koike Sachiko
Heavy-ion Radiobiology Research Group Research Center For Charged Particle Therapy National Institut
-
Takai Nobuhiko
Department Of Molecular And Cellular Pharmacology Nagoya City University
-
Furusawa Yoshiya
Heavy-ion Radiobiology Res. Group National Inst. Of Radiological Sciences
-
Ando Koichi
Heavy-ion Radio. Res. Nirs
-
Furusawa Yoshiya
Heavy-ion Radiobiol. Res. Gr. Res. Center Charged Particle Therapy Nirs.
-
Fukawa Takeshi
慶応義塾大学
関連論文
- Changes in the Sensitivity of Intratumor Cells during Fractionated Tirapazamine Administration
- Usefulness of Tirapazamine as a Combined Agent in Chemoradiation and Thermo-chemoradiation Therapy at Mild Temperatures: Reference to the Effect on Intratumor Quiescent Cells
- Potentially Lethal Damage Repair by Total and Quiescent Tumor Cells Following Various DNA-damaging Treatments
- Enhancement of Cisplatin Sensitivity of Quiescent Cells in Solid Tumors by Combined Treatment with Tirapazamine and Low-Temperature Hyperthermia
- Effective Suppression of Bystander Effects by DMSO Treatment of Irradiated CHO Cells
- Responses of total and quiescent cell populations in solid tumors to carbon ion beam irradiation (290 MeV/u) in vivo
- Absence of G1 arrest after X-ray irradiation in cancer cells with wild-type p53
- Biological effect of radiation-induced long life radicals
- Changes in the Pharmacokinetics of Gd-DTPA in Experimental Tumors after Charged Particle Radiation : Comparison with γ-Ray Radiation
- Repair of Skin Damage During Fractionated Irradiation with Gamma Rays and Low-LET Carbon Ions
- Biological Gain of Carbon-ion Radiotherapy for the Early Response of Tumor Growth Delay and against Early Response of Skin Reaction in Mice
- 269 Significance of beta term in carbon-ion radiotherapy(Bases of radiotherapy, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- 265 Relationship between RBE values of Carbon Ion and Tumor Growth Rate(Bases of radiotherapy, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- Radioprotective Effects of Beer on Radiation-Induced Acute Toxicity in Mice
- Dependence of Gut-crypt Sensitivity on the Time Interval between Two Fractions of Carbon Ion Radiation
- Tumor Growth Rate and RBE values of high LET Carbon Ions
- Dependence of Carbon-Ion RBE on Dose Size -Difference between Skin and Tumors
- Relative Biological Effectiveness of 290 MeV/u Carbon Ions for the Growth Delay of a Radioresistant Murine Fibrosarcoma
- RBE of Carbon Ions for Tumor Growth Delay
- Fractionated irradiation with carbon ions induced resistance in mouse gut crypt cells
- Relative Biological Effectiveness of the 235 MeV Proton Beams at the National Cancer Center Hospital East
- Effects of sequentially mixed LET on tumor growth delay
- Fractionated irradiation with carbon ions to gut intestinal crypt cells
- Tumor Induction in Mice Locally Irradiated with Carbon Ions : A Retrospective Analysis
- Introduction of a Normal Human Chromosome 8 Corrects Abnormal Phenotypes of Werner Syndrome Cells Immortalized by Expressing an hTERT Gene
- Delayed Induction of Telomere Instability in Normal Human Fibroblast Cells by Ionizing Radiation
- 226 Radiation-induced delayed chromosomal instability caused by large deletion(Genetic instability, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- 223 Radiation-Induced Delayed Chromosomal Instability(Genetic instability, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- 221 A Role of DNA Double Strand Break Repair in the Induction of Genetic Instability(Genetic instability, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- 214 The complementation of abnormal phenotypes of Werner syndrome cells by expressing WRN gene(Physics, chemistry and DNA damage, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- S-2-3 Radiation-Induced Delayed Chromosome Aberrations(Radiation Induced Genetical Instability : What Is the Mechanism That a Cell Memorizes Being Irradiated?, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- Instability of a Human Chromosome Exposed to Radiation in Unirradiated Mouse Cells
- The Role of DNA-PKcs Function on Induction of Genetic Instability by Radiation
- Radiation-induced genomic instability caused by large deletion (position)
- Thermosensitization by Inhibition of Gap Junctional Intercellular Communication
- Phenotypic Reversion of an X-Ray-Induced Transformant of Mouse m5S by Introduction of a Human Chromosome 11
- The Effect of DNA Repair Defects on the Induction of Delayed Chromosome Aberrations by Radiation
- Involvement of Telonomic Instability in the Formation of Delayed Chromosome Aberrations Induced by Radiation
- Tumor Vasculature and PO2 Distributions Depend on Implantation Site
- Morphometric Evaluation of Late Normal Tissue Damage after Neon Beam Irradiation in Mouse Hind Legs
- Effects of fractionated irradiation with carbon ions on the NFSa fibrosarcoma in mice
- Adjuvant Radiation Therapy Following Mastectomy for Breast Cancer
- Evidence for Induction of DNA Double Strand Breaks in the Bystander Response to Targeted Soft X-Rays in Repair Deficient CHO Cells
- Apoptosis Induction in the NFSa tumor after irradiation with carbon ions
- Increased Chromosome Instability and Accumulation of DNA Double-strand Breaks in Werner Syndrome Cells
- Biochemical Markers for in Situ Detection of DNA Double Strand Breaks in Cultured Mammalian Cells
- Exogenous Expression of Exonuclease Domain-deleted WRN Interferes with the Repair of Radiation-induced DNA Damages
- Differences in Effects of Oncogenes on Sensitivity to Anticancer Drugs
- Involvement of Reactive Oxygen Species (ROS) in the Induction of Genetic Instability by Radiation
- 225 Influence of Reactive Oxygen Species in the Induction of Genetic Instability by Radiation(Genetic instability, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- 222 X-ray-induced genomic instability in Atm knock-out mouse cells(Genetic instability, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- 220 Mechanism of radiation-induced delayed mutagenesis(Genetic instability, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- 217 Localization of Phosphorylated H2AX and Phosphorylated p53 in Cells Inducing X-ray-induced Senescence-like Growth Arrest(Physics, chemistry and DNA damage, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- 168 Mechanism of cell cycle-dependent cell death by heat shock(Radio-protection and sensitization, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- 141 The role of site-specific phosphorylation on X-ray-induced p53 accumulation(Redox regulation, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- Response of Mouse Intestine to Carbon-12 Beams in Relation to Dose Fraction and Effects of Steroids on Radiation-Induced Intestinal Damages
- 104 DNA Damage-Induced Phosphorylation of Histone H2AX and Alteration of Chromatin Structure(Repair of radiation damage, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- 97 A Role of WRN Protein in the Recovery from DNA Replication Arrest(Repair of radiation damage, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- Induction of Micronuclei in CHO Cells by Bleomycin but not by X-irradiation is Decreased by Treatment with HMG-CoA Reductase Inhibitors
- Involvement of reactive oxygen species (ROS) in the induction of genetic instability by radiation
- Relationship between dysfunction of WRN protein and radiosensitivity
- Role of WRN exonuclease in repair of DNA double strand breaks
- Characterization of X-ray-induced Mutation in Werner Syndrome Cells
- Analysis of X-Ray-Induced Mutation in Werner Syndrome Cells
- Differences in pO_2 Peaks of a Murine Fibrosarcoma between Carbon-ion and X-ray Irradiation
- 267 Early Change of ^C-Thymidine Uptake after Carbon-beam Irradiation in Experimental Tumors(Bases of radiotherapy, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- Enhancement of the relative uptake of F-FDG in mouse fibrosarcoma by rolipram
- Tumor induction in mouse legs after irradiation with heavy ions
- Phosphorylated ATM Foci as a Biochemical Marker for DNA Double Strand Breaks
- Mechanism of radiation-induced delayed mutagenesis
- Delayed Induction of DNA Damage and Activation of p53 in X-ray Surviving Cells
- Participation of ATM function in X-ray-induced delayed chromosomal instability
- Biological Action of Curcumin on Transformed Mouse Cells
- Biological Action of Curcumin on Transformed Mouse Cells
- Role of Ser15, Thr18, and Ser20 phosphorylation in p53 stabilization after X-irradiation
- X-rays-induced phosphorylation of H2AX in mitotic cells
- The role of telomerase activity in the radiation carcinogenesis processes of normal human cells
- Suppressive Effect of p53 on Heat-induced Multiple Centrosomes
- In vitro transformation system using hTERT-transfected normal human diploid cells
- Radiation-induced delayed damage in scid mouse cells
- Mechanism of p53 Accumulation and Activation by Ionizing Radiation and Telomere Shortening
- Recovery of clonogenic tumor cells after irradiation with carbon ions
- 211 Effect of RibCys on scavenging long-lived radicals and reducing gene mutation in mammalian cells by adding AFTER irradiation(Physics, chemistry and DNA damage, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- Inhibitory Effect of Curcumin on the Growth of Transformed Mouse Cells
- Involvement of Long-Lived Radicals Induced by Radiation in the Induction of Mutation
- Suppression of Radiation-Induced Mutation by an Anti-Oxidant Material
- Induction of Gene Mutation and Cancer by Extra-DNA Bystander Effect of Long-lived Protein Radicals inGamma Ray Irradiated Mammalian Cells.
- Scavenging of long-lived radicals by (?)-epigallocatechin-3-O-gallate and simultaneous suppression of mutationin irradiated mammalian cells
- Direct Observation of Long-lived Radicals in Irradiated Mammalian Cells which Cause Mutation
- S-6-2 Long-Lived Radicals (LLR) Causes Genotoxic Effects(Biological Effects of Long-lived Radicals Induced by Radiation, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- Mechanism of delayed mutagenesis by radiation-induced genomic instability
- Enhanced Cell Proliferation by X-Irradiated Conditioned Medium
- Dose-dependent bi-phasic accumulation of p53 protein in normal human embryo cells following X-irradiation
- Radiation-Induced Genetic Instability in Scid Mouse Cells
- Radiation-Induced Delayed Chromosome Instability Studied by a Microcell-Mediated Chromosome Transfer
- Defective Accumulation of p53 Protein In X-irradiated Human Tumor Cells With Low Proteasome Activity
- Abnormal Radiosensitivity at G2 Phase in Werner Syndrome Cells and Its Complementation by Introduction of a Normal Human Chromosome 8
- X-ray-induced delayed damage in normal human embryo cells
- Activation of p53 suppresses mitotic catastrophe in response to ionizing radiation
- Increase of heat sensitivity by the induction of HSP72 with deletion of its ATP-binding domain