Relative Hazard of Radioiodine as a Function of (A) Radiation Quality and (B) Age at Exposure, Volume 88Division of Safeguards, Fuel Cycle, and Environmental Research, Office of Nuclear Regulatory Research, U.S. Nuclear Regulatory Commission, 1980 - Iodine - 30 pages |
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adults age group age-related animals appear approximately Assessment assumed Book calculated cells changes compared concentration considered containing days of age demonstrated determined differences dosage DOSE TO THYROID effectiveness of 1321 environment experimental exposed fetal thyroid fetus fetuses follicular function gestation given goitrogen gram of thyroid greater guinea pigs half-life Health highest human importance increase indicate infant ingestion inhalation injected interaction iodine irradiation Laboratory less levels maintained Mean MICHIGAN milk mrads neonatal newborns Nuclear Regulatory Commission observed occur percent physical population Prepared present Propylthiouracil quantity radiation radiation dose Radioactive radioiodine exposure radiologic radiosensitivity rads from 1321 rads/uCi range rats reactor received Relative releases Report respectively response retention risk sensitivity short-lived radioiodines significant similar single sources suggested Table thyroid doses thyroid gland weight thyroid weight tracer treated United UNIVERSITY uptake values various weanlings weeks X-ray young