Dose Effect Relationship Based on Chromosome Aberrations in the High Background Radiation Area, Natural Environment. II. Painting Analysis of Translocations.
スポンサーリンク
概要
著者
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Wang C.
Lab. Indust. Hyg. Minist. Health
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Yuan Y.
Labor. Hyg. Inst. Hum. Prov.
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Nakai S.
Health Res. Found.
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Hayata I.
Natl. Inst Rad. Sci.
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Morishima H.
Kinki. Univ.
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JIANG T.
Lab. Indust. Hyg. , Minist. Health
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CHEN D.
Lab. Indust. Hyg. , Minist. Health
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WEI L.
Lab. Indust. Hyg. , Minist. Health
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SUGAHARA T.
Health Effect Res. Found.
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Chen D.
Lab. Indust. Hyg. Minist. Health
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Hayata I.
Natl. Inst. Rad. Sci.
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Jiang T.
Lab. Indust. Hyg. Minist. Health
-
Morishima H.
Kinki Univ.
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Wei L.
Lab. Indust. Hyg. Minist. Health
-
Yuan Y.
Labor Hyg. Inst. Hum. Prov.
-
Nakai S.
Health Effect Res. Found.
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WANG C.
Lab. Indust. Hyg. , Minist. Health
関連論文
- Dose effect relationship between chromosome aberrations and high background radiation in natural environment. 1. Analysis of dicentric aberration.
- Dose Effect Relationship Based on Chromosome Aberrations in the High Background Radiation Area, Natural Environment. II. Painting Analysis of Translocations.