Analysis of Radiation-induced Glycophorin A Gene Mutation : Summarizing a Study of Atomic-bomb Survivors and Molecular Analysis of Mutants
スポンサーリンク
概要
著者
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John B.
Dept. Of Statistics Radiation Effects Foundation
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KYOIZUMI Seishi
Radiat. Effects Res. Found.
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KIYOIZUMI Seishi
Radiation Effects Research Foundation
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NAGAMURA Hiroko
Radiation Effects Research Foundation
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KUBO Yoshiko
Radiation Effects Research Foundation
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TANABE Kazumi
Radiation Effects Research Foundation
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Kubo Yoshiko
Radiation Effects Research Foundation Dept. Of Radiobiology
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Tanabe Kazumi
Radiation Effects Research Foundation Dept. Of Radiobiology
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John B.
Radiation Effects Research Foundation, Dept. of Statistics
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Nagamura Hiroko
Radiation Effects Research Foundation Dept. Of Radiobiology
関連論文
- Mitochondrial DNA Deletion in Human CelLB Exposed to Radiation.
- T-cell differentiation from one HPRT mutant stem cell in a male A-bomb survivor.
- Approaches to molecular analysis of mutant glycophorin A(GPA) genes in erythroblasts and reticulocytes.
- Somatic Mutant Fraction and Cancer Risk in Atomic Bomb Survivors
- Association between inflammatory and infectious markers among Atomic Bomb Survivors; Implication for mechanism of increase in cardiovascular disease.
- Atherosclerosis-Related Microbial Infection in Atomic Bomb Survivors
- Somatic Cell Mutations in Atomic Bomb Survivors : II. BIOLOGICAL EFFECTS
- 5 Late Effects of Atomic Bomb Radiation on Plasma Inflammatory Cytokines(Atomic bomb effects, Abstracts of the 46th Annual Meeting of the Japan Radiation Research Society)
- Origin of Clonal Chromosome Aberrations in Lymphocytes of A-bomb Survivors. Part 2 : CD4 and CD8 T-cells
- Evaluation of possible population bias among high-dose atomic-bomb survivors in the frequency of the HLA Class II gene types.
- Establishment of an in vivo somatic mutation assay at the T-cell receptor gene in the mouse.
- Current Summary of Lymphocyte Survival Study : II. BIOLOGICAL EFFECTS
- Life-span of human memory T cells estimated by T-cell receptor mutations induced by radiation exposure.
- SOMATIC CELL MUTATIONS AT THE GLYCOPHORIN A LOCUS IN ERYTHROCYTES OF ATOMIC BOMB SURVIVORS : IMPLICATIONS FOR CANCER RISK.
- Detection of Ataxia telangiectasia mutated (ATM) gene product. Yuko
- Effect of ionizing radiation on mitochondrial memebrance potential in human peripheral lymphocyte subpopulations.
- Molecular analysis of mutant Fc γ receptor III (Fc γ R III) gene in neutrophils.
- Development of a Nobel Assay System to Detect Human Somatic Mutations Using Neutrophils. I. At the Fcy Receptor III Locus
- Flow-cytometric measurements for subsets of T, B, and NK cells among atomic-bonib survivors.
- Risks of diabetes and HLA types among atomic-bomb survivors
- Overview of Immunological Studies on A-bomb Survivors : II. BIOLOGICAL EFFECTS
- T-Cell Responses to Staphylococcus Aureus Toxins in A-bomb Survivors
- Role of Caspases and Reactive Oxygen in Radiation-Induced Apoptosis : Comparison with Fas-Mediated Apoptosis
- Histological and Molecular Changes by X-irradiation in Human Thyroid Tissues Transplanted into SCID mice
- Spontaneous and X-radiation induced genetic instability at the TCR gene is dependent on the type of p53 mutation
- A Novel SCID Mouse Model for Studying Spontaneous Metastasis of Human Lung Cancer to Human Tissue
- The SCID-hu Mouse Model for Human Radiation Biology : Establishing an Epilation Model
- Analysis of Radiation-induced Glycophorin A Gene Mutation : Summarizing a Study of Atomic-bomb Survivors and Molecular Analysis of Mutants
- Flow Cytometric Detection of Mouse T Cells Lacking Expression of the Major Histocompatibility Complex Antigen Class I Allele
- Reconstruction of the human hematolymphoid system in NOD/SCID-hu mice.
- Participation of the mitochondrial genome in X-ray induced reproductive death and apoptosis.
- Involvement of reactive oxygen and Bcl-2 in radiation-induced apoptosis.