2011 IES annual report
Abstract of the results of research
Department of Radioecology
- Improvement of the Advanced Environmental Transfer and Dose Assessment Model for Radionuclides Released from the Nuclear Fuel Reprocessing Plant in Rokkasho
- Validation of the Advanced Environmental Transfer and Dose Assessment Model for Radionuclides Released from the Nuclear Fuel Reprocessing Plant in Rokkasho
- Weathering of Iodine Deposited on Grass Leaf Surfaces
- Concentration Coefficients of Radioiodine in Different Chemical Forms from Sea Water to Fishery Products
- Parameters on Iodine Leaching in Soil
- Dose Assessment of Natural Radiation and Distribution of Natural ƒ¿-emitting Radionuclides in the Environment
Department of Environmental Simulation
- Tritium Transfer from the Atmosphere to Crops
- Transfer Parameters of Tritium from Seawater to Marine Organisms
- Tritium Metabolism in the Human Body
- Carbon Transfer and Accumulation in Forests, Wetlands and Farmlands
Department of Radiobiology
- Transgenerational Effects in Mice Exposed to Continuous Low-Dose-Rate Gamma-Rays - Pathological Study -
- Transgenerational Effects in Mice Exposed to Continuous Low-Dose-Rate Gamma-Rays - Analysis of Germ Cell Mutation -
- Response of B6C3F1 Mice Continuously Irradiated with Low-Dose-Rate Gamma-Rays to Transplanted Tumor Cells
- Radiation-induced Menopause and Body Weight Gain Are Dependent on Dose and Age at the Time of Exposure
- Latency Period of Malignant Lymphoma and Its Potential Biomarkers in Mice Exposed to Continuous Low-Dose-Rate Gamma-Rays - Pathological Study -
- Shortened Latent Period of Malignant Lymphoma and Potential Biomarkers in Mice Exposed to Continuous Low-Dose-Rate Gamma-Rays -Analysis of Serum Proteins-
- Mutations and Expressions of Genes Associated with DNA Repair System in Leukemias Developed by Continuous Exposure to Gamma-Rays at Low-Dose-Rate - Effect on Murine Hematopoietic Stem Cell Lineage in Continuously Exposed Mice -
- Frequencies of Chromosomal Translocation and Clone Formation in Splenocytes from Mice Continuously Irradiated with Low-Dose-Rate Gamma-Rays