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> NIRS-M (Natl Inst Radiol Sci)
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NIRS-M (Natl Inst Radiol Sci)
131
Monitoring Data for Intake of Radionuclides. Acute Intake by Inhalation.
132
Application of SPECT to psychiatry.
PET application in Psychiatry and Psychopharmacology.
Measurement of Acetylcholinesterase(AChE)Activity in Living Brain by Positron Emission Tomography(PET).
Role of High-Field MR Systems in Neuroscienc.
Current status and prospects of cardiac PET.
Clinical Application of Cardiac SPECT.
Synchrotron Radiation.
HIMAC
Clinical Application of Autoactivation PET Imaging Derived form C-12 Ion Radiotherapy.
Neutron Capture Therapy for Cancer and Role of PET for the Therapy.
Cone beam CT.
133
Clinical study for proton beam therapy.
The evaluation of RBE of human cancer in heavy ion radiotherapy.
The limited operation combined with heavy ion particle radiotherapy for breast cancer.
A study on the optimized fractionation and clinical evaluation of radiation response in carbon ion therapy for hepatocellular carcinoma.
Clinical study on the evaluation on pulmonary damege by heavy particle radiotherapy.
Utility of PULC(Probability of Uncomplicated Local Control) in Heavy Particle Radiotherapy.
Research for head & neck immobilization of 3-D irradiation using heavy ion beam.
Three-dimensional imaging analysis for optimization of the treatment planning in Heavy Ion therapy.
Chromosomal Aberrations Detected by PCC+FISH in Lymphocytes from Cancer Patients Given X-rays or Carbon Beams.
Pathological analysis of heavy ion radiation effect.
Mapping of neural cell and glia cell activity with PET.
Distributions of HL91, deoxyglucose, and GLUT1 in tumor.
Clinical application of autoactivation PET imaging derived from C-12 ion radiotherapy.
The cancer functional diagnosis and the evaluation of therapeutic effects using Magnetic Resonance Imaging and Spectroscopy.
Functional diagnosis and evaluation of therapeutic effects of cancer using PET.
Evaluation and Optimization of Therapeutic SOBP Beam by Cultured Cells. III. Estimation of RBE for Small Fractionation with High Dose Exposure.
Experimental Study on Therapeutic Effects of Heavy Ion Radiation Therapy for Malignant Glioma Xenografts at NIRS-HIMAC.
The basic study of HIMAC-hyperthermia treatment.
Proliferative Responses in Normal Tissues and Tumors with Heavy Ion Irradiations.
Experimental Studies on Therapeutic Ratios of Heavy Particles.
Characterization of cellular response to radiation (12C ion beam). Modification of Killing Effects of Carbon Ions.
VEGF(Vascular Endothelial Growth Factor) alterations in post heavy ions irradiated liver.
Evaluation of Early and Late Skin Damage after Heavy-Ion Radiation.
Late Effects of Carbon-Ion Irradiation on C57BL Male Mice.
Effects of Heavy Ion Irradiation on Bone Metabolism and the Related organs in Rats.
RBE of heavy ions(carbon, proton) for chronogenecities of growing cartilage cells and for acute cell death of pancreatic islet cells.
Studies on radiation induced brain dysfunction.
Radiation effects of heavy ion particles on bone metabolism.
Response of Mouse Intestine to Carbon-12 Beams in Relation to Dose Fraction and Effects of Steroids on Radiation-Induced Intestinal Damages.
Histological and cellular studies of central nervous system after heavy particle irradiation.
Comparison of effects between carbon and neon beams on leukemogenesis in mice.
Detection of DNA damage by heavy-ion beam in mouse multiple organs.
Effects of Heavy Ions to Radiation Sensitive Tissues in Small Fishes.
Induction of Asymmetrical Type of Chromosome Aberrations in Human Lymphocytes by Heavy Ions at NIRS-HIMAC.
Effects of heavy ions on the proliferation and differentiation of neural stem cells in postnatal mice.
Repair of Potential Lethal Damage of NIH3T3 Cells Against Heavy Ion.
Effects of Heavy Ion Irradiation on the Production of Cell Growth Factors.
Mutation Induction in Mammalian Cells after Multifractional Dose Irradiation of Heavy Ions.
LET dependency of apoptosis by a heavy-ion beam.
Effects of Radioprotectors on Mutation Induction in Cultured Cells by Carbon Beam.
Spectrum of the RBE and the OER due to the Ion Spices and Radiation Quality of Heavy-ion Beams.
LET dependence for cell death, mutation induction and chromatin damage irradiated with different kinds of ion beams.
Induction of Apoptosis in Mouse Thymoma Cells and Rat Thymocytes by HIMAC Carbon Ion Beams and Its Mechanism.
Mechanism of the Induction of DNA Strand Breaks by Carbon Ions.
Sensitivity of heavy-ion beam in scid cells.
Studies of the mechanism of protein kinase C activation as early cell response following irradiation with particles.
The relation between cell killing and DNA breakage by heavy-ion beams.
The Roles of Recombination in Charged Particles-induced Genome Instability.
Specificity in cell cycle regulations after irradiation with heavy-ion beams.
Cell cycle and LET dependence for mutation induction by heavy ions.
Micro-structural Analysis of DNA Irradiated by Heavy Ion Particle (II).
Correlation between p53 gene status and cytotoxic effect of accelerated carbon beam in glioma cell lines.
Effects of high LET particles on Radio-resistant cells and the Molecular Biological Factors.
Contribution of Reactive Oxygen Species in the Inactivation of Cultured Mammalian Cells by Heavy Ions.
Repair gene expression and sensitivity to carbon beams in glioblastoma cell lines.
Comparison in heavy ion irradiation effects on cell cycle between cell lines.
Detection and Identification of Precursor Radicals of DNA Strand Breaks Inducedby Direct and Quasi-Direct Actions of Heavy Ions.
Fluoromicroscopic Observation of Fluorescence from Cultivated Cell Irradiated by Heavy Carbon Ion.
Effect of Heavy Ion Irradiation on Nitric Oxide Production and Regulation.
RBE-LET Relationships of Accelerated Heavy Ions in Drosophila Somatic Mutations.
Effects of Heavy Ions on Hematopoietic System and Its Protection: Effects of Neon Beam on Hematopoietic Stem Cells in Mice.
Effects of different quality of irradiation on hematopoietic system in mice: comparison between x-rays and heavy ion particle exposures.
Effect of Overexpression of Manganese Superoxide Dsimutase (Mn-SOD) on Apoptosis induced by Differerent Quality of Irradiation.
Study of heavy ion-induced chromosome aberrations in human cells.
Effects of heavy particle irradiation for frozen mammalian cells.
Effects of heavy-ion beams on the reproductive function in mammals.
The Influence of Dose, LET and Particle Fragmentation on Neurotoxicity Induced by Accelerated Heavy Ions.
Fundamental study of effectiveness of carbon beam irradiation for pancreatic cancer.
Development of noninvasive resection method of local myocardium using heavy ion radiation.
Mutation Induction and Chromosomal Change after Heavy-ion Beam Irradiation.
Time-Lapse Cinemicrographic Analysis of Tumor Cells Irradiated with Carbon Ions.
Modification of Cellular Response by Changes in Microenvironment caused by Heavy Ion-Induced NO Production.
RBE (ref. gamma) of 12C carbon ions (HIMAC) and protons (NCCHE) for intestinal crypt regeneration in mice after irradiation in a single fraction (preliminary results).
ESR Spectroscopic Study on Radiation Effect Induced by Heavy Ion Beam.
Study on 3-Dimensional Irradiation for Heavy-Ion Therapy.
General Study on Heavy Charged Particle Irradiation System For HIMAC Ckinical Trial.
Radiation Protection for Heavy Ion Therapy at NIRS-HIMAC II.
Isomer Search by means of Heavy Ion Induced High Energy Reactions.
Biophysical Investigations on the Initial Process of Heavy-Ion Impact.
Ultramicro elemental analysis of heavy-ion-induced nuclear reaction products.
Introduction of Flux Pining Centers in Bi-based Superconductors by Heavy Ion Irradiation.
Electron Emission Mechanism at Highly Charged Ion Impact Collisions with Relativistic Energy.
Application of Secondary Beams to Treatment Planning.
Dosimetry of Heavy Ion Beams for Radiotherapy.
Study on Nuclear Fragmentation of Heavy Ion Beam.
Irradiation System of Heavy Ion Synchronized with a Patient's Respiratory Motion.
Minute Imaging Analysis of Heavy Particle Beam Effects.
Radiation Chemistry of Aqueous Solutions Studied by Ion Beam Pulse Radiolysis.
Study of Nuclear Moments and Solid State Physics with Polarized Unstable Nuclear Beams.
Study on Accelerator Dedicated to Ion Therapy.
Nuclear Okorokov effect of heavy ions with relativistic energy.
The development and the prototype test of a cubic Si telescope covered by a tissue equivalent chamber.
Heavy ion CT by measuring residual range distribution.
Measurements of heavy particle beam profiles with TL-sheets.
Light Ion Fragmentation.
ESR Study on Radicals Produced in Biochemical Materials when Irradiated with Heavy Ion Particles. "Three kinds of radicals from L-alanine at room temperature".
High Precision Beam Monitor for Clinical Irradiation.
Improvement in the physical properties of dental resin by heavy ions radiation.
Dosimetry with Radiation Quality Evaluation by Integrated Analysis of Solid Dosimeters.
Interaction of Heavy Ions with High Density Plasma.
Ionization of atomic and molecular gas targets in energetic fully-stripped ion impact.
Characterization of Neutron Detectors for Measuring Neutron Spectra under the Charged Particle Mixed Field.
Development of the High Energy Heavy Ion Detector Using Ring Image Cherenkov Light.
Nuclear Structure Studies using Proton/Cluster-Knockout Reactions.
Systematic Study of Target Multi-fragmentation Reactions Induced by GeV-energy Light Heavy-Ion Beams.
Development of Range Evaluation System using Positron-Emitter Beam.
Secondary beam course for the medical use at himac.
Measurement of Neutron Production Double Differential Cross Section by Heavy-Ion Interaction.
Study on Heavy Ion Computed Tomography.
Development of Irradiation Port for Proton Beam.
Study on the Fluence and Energy Distribution of Projectile Fragments Produced from Heavy Ion Therapeutic Beams.
Development of a new heavy particle tracking method.
Precise Measurement of Heavy-ion Range.
134
Goals of model developed by the National Institute of Radiological Sciences for the transfer of released radionuclides into the environment and the subsequent exposure to the Japanese people.
Dose Evaluation Model and Transfer Parameter. Development of the Dispersion Model in the Atmosphere and Parameters.
Dose Evaluation Model and Transfer Parameter. Transfer Models and Their Parameters for Predicting the Behaviour of Radionuclides, such as Cs-137 and Sr-90, in the Japanese Terrestrial Environment.
Dose Evaluation Model and Transfer Parameter. Derivation of the parameter values to be used in a compartmentalized model for describing the transfer of radionuclides in the aquatic environment.
Dose Evaluation Model and Transfer Parameter. Dose Evaluation Model for Japanese.
Dose Evaluation Model and Transfer Parameter. Biokinetic Model and Model Parameters for Internal Dose Estimation of Tritium.
Overview of the Development of Radiation Dose Assessment Models.
Current Status of Pharmacokinetic Modeling.
IAEA CRP on Intercomparison and Biokinetic Model Validation of Radionuclide Intake Assessment.
Environmental Behavior of Long-lived Radionuclides and the Public Exposure. Distribution and Behaviour of U, Th and Pu in the Terrestrial Environment.
Environmental Behavior of Long-lived Radionuclides and the Public Exposure. Distribution and fate of Tc-99 in the paddy field environment.
Environmental Behavior of Long-lived Radionuclides and the Public Exposure. Long-lived radionuclides in the marine environment.
Environmental Behavior of Long-lived Radionuclides and the Public Exposure. Parameters for transfer and metabolism of radionuclides by brackish water organisms.
Environmental Behavior of Long-lived Radionuclides and the Public Exposure. Contribution of some food categories on intakes of U, Th and other nuclides.
Environmental Behavior of Long-lived Radionuclides and the Public Exposure. Injestion and Uptake of Long-lived Radionuclide from Food.
135
Development of a Sheeted Beam Profile Monitor (I) a new type of beam profile monitor for the HIMAC
The Study of Heavy-Ion Injector IH Linac for Cancer Therapy. Design of Compact IH Linac and Prototype Linac for test of APF focus and Acceleration.
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