Mitochondrial DNA Deletion in Human CelLB Exposed to Radiation.

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概要

• 論文の詳細を見る
• 日本放射線影響学会の論文

著者

• Hirai Yuko

  Dept. Of Radiobiology Rerf.

• Hirai Y

  Dept. Of Radiobiology Rerf.

• Ban Sadayuki

  Dept. Of Radiobiology Radiation Effects Res. Foundation

• Sofuni Toshio

  Div. Genetics And Mutagenesis Natl. Inst. Of Health Sciences

• TSUYAMA Naohiro

  Dept. of Cell, and Mol. Biol., Hiroshima Univ.

• Hirai Yuko

  Department Of Radiobiology Radiation Effects Research Foundation

• SEYAMA Toshio

  Department of Radiobiology, Radiation Effects Research Foundation

• SEYAMA Toshio

  Dept. of Radiobiology, Radiation Effects Research Foundation

• MIZUNO Terumi

  Dept. of Radiobiology, Radiation Effects Research Foundation

• IWAMOTO S.

  Dept. of Radiobiology, Radiation Effects Research Foundation

• KYOIZUMI Seishi

  Dept. of Radiobiology, Radiation Effects Research Foundation

• HIRAI Ynko

  Radiat. Effects Res. Found.

• KYOIZUMI Seishi

  Radiat. Effects Res. Found.

• Mizuno Terumi

  Radiobiology Radiation Effects Research Foundation

• Seyama Toshio

  Depts. Radiobiol. Radiation Effects Res. Foundation

• Seyama Toshio

  Radiation Effects Research Foundation

• Seyama Toshio

  Dept. Of Radiobiology Radiat. Effects Res. Found.

• Seyama Toshio

  Department Of Radiobiology Radiation Effects Research Fouondation

• Kyoizumi S

  Dept. Radiobiol. And Mol. Epidemiol. Radiation Effects Res. Found.

• Kyoizumi Seishi

  Dept. Of Radiobiology Radiat. Effects Res. Found.

• Kyoizumi Seishi

  Radiobiology Radiation Effects Res. Found.

• Iwamoto S.

  Dept. Of Radiobiology Radiation Effects Research Foundation

• Mizuno Terumi

  Dept. Of Radiobiology Radiation Effects Research Foundation

• Mizuno Terumi

  Dept. Of Radiobiology Radiation Effects Res. Foundation

• Seyama Toshio

  Dept. Of Radiobiology Rerf.

• Kyoizumi Seishi

  Dept. Radiobiol. And Mol. Epidemiol. Radiation Effects Res. Found.

• Hirai Yuko

  Dept. Of Radiobiology Radiation Effects Research Foundation

• Kyoizumi Seishi

  Dept. Radiobiology Radiation Effects Res. Found.

関連論文

• Nijmegen Breakage Syndrome (NBS) gene, NBS1, is involved in telomeric length maintenance.
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• Molecular analysis of mutations at the HPRT locus in 6TG-resistant T cell clones from Atomic bomb survivors.
• Molecular analysis of mutations at the HPRT locus In 6TG-resistant T cell clones of Atomic bomb survivors.
• X-Irradiation Induces Up-regulation of ATM Gene Expression in Wild-type Lymphoblastoid Cell Lines, but Not in Their Heterozygous or Homozygous Ataxia-telangiectasia Counterparts
• Mitochondrial DNA Deletion in Human CelLB Exposed to Radiation.
• T-cell differentiation from one HPRT mutant stem cell in a male A-bomb survivor.
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• Radiation Sensitivity of BRCA1 or BRCA2-Defective Cultured Human Cancer Cells
• Molecular analysis of 4 primary tumors in one individual who received Thorotrast
• 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.
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• Evaluation of possible population bias among high-dose atomic-bomb survivors in the frequency of the HLA Class II gene types.
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• Development of a Nobel Assay System to Detect Human Somatic Mutations Using Neutrophils. I. At the Fcy Receptor III Locus
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• Radiation induced oncogene rearrangements
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• A Novel SCID Mouse Model for Studying Spontaneous Metastasis of Human Lung Cancer to Human Tissue
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• Somatic mutant frequency in Werner's syndrome.
• 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
• Mutagenicity Tests Using Cultured Human Cells : Application of Gene Mutation Assay in Thymidine Kinase (tk) Gene of A Human Lymphoid Cell Line (Tk6)
• 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.
• Illegitimate Recombination Leading to Genetic Instability in p53-mutant Human Lymphoblastoid cells
• Analysis of gene mutations in p53 defective WTK-1 cells
• Radiation-Induced Apoptosis and Cell Cycle Changes in Human Small Intestinal Epithelia
• Direct evidence for the importance of the mitochondrial genome in X-ray-induced apoptosis.
• Chromosome Analysis of Lymphocytes from Cancer Patients given X-ray Therapy by FISH and Calculation of Equivalent Exposure Doses
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