Chromosome aberration : Inv(14)(q11q32) in lymphocytes from Hiroshima A-bomb survivors

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Chromosome aberration : Inv(14)(q11q32) in lymphocytes from Hiroshima A-bomb survivors
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Fingerprint of High LET radiation (F-value) for chromosome aberration and radiation effects of atomic bomb.
Detection of clonal chromosome aberrations by FISH in the A-bomb survivors.
Evaluation of possible population bias among high-dose atomic-bomb survivors in the frequency of the HLA Class II gene types.
Translocation breakpoints distribute less frequently in chromosome terminal portion in lymphocytes of A-bomb survivors
Establishment of an in vivo somatic mutation assay at the T-cell receptor gene in the mouse.
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Statistical Approach to Predict Presence of Clonal Chromosome Aberrations
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T-lymphocyte Stem Cell Structure Deduced from Clonal Chromosome Aberrations
FISH examination of blood lymphocytes from Mayak nuclear workersNori NAKAMURA1, L. E. BURAK2, Yoshiaki KODAMA1, Mimako NAKANO1, Kazuo OHTAKI1, Masahiro
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Identification of clonal chromosome aberrations by repeated lymphocyte tests in A-bomb survivors.
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Dose-response relationship for frequencies of stable chromosome aberrations in A-bomb survivors - Variation in dose-response curves by shielding categories.
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Estimation of minimum length of translocated chromosome tips detectable by FISH.
Comparison of iranslocation frequencies between FISH and conventional methods in lymphocytes from A-bomb survivors.
Analysis on translocation frequencies in Hiroshima A-bomb survivors by fluorescence in suu hybridization.
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Radiation dose estimation by ESR on tooth enamel from Hiroshima A-bomb survivors. Part 1 : Preservation and preparation of the materials.

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