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Background Information and Scientific Principles
Genetic Effects of Radiation
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A-bomb survivors age at exposure analysis ankylosing spondylitis atomic bomb atomic-bomb survivors average BEIR Biological Effects breast cancer cancer mortality cancer risk carcinogenesis carcinogenic carcinomas cells chromosome cohort Committee Committee's deaths disease dose equivalent dose estimates dose-response relationship dosimetry doubling dose effects of radiation energy epidemiologic excess risk exposed factor female follow-up frequency gamma rays gene genetic heritability Hiroshima Hiroshima and Nagasaki human increase induced ionizing radiation irradiation Japanese kerma lethal leukemia lifetime risk linear low dose rates low-LET radiation lung cancer male mammary mice mouse mutation rate Nagasaki Natl neutrons nuclear observed oncogenic oocytes organ dose parameters patients population PYGy Radiation Carcinogenesis radiation dose Radiation Effects radiation exposure radiation-induced radiogenic radionuclides rats relative risk relative risk models RERF risk estimates risk model significant spermatogonia statistical studies Table thyroid cancer tissue transformation translocations tumors uncertainty UNSCEAR women x-ray