2015 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 Seawater to Fishery Products
- Parameters of Iodine Migration in Soil
- Transfer of 14C from the Atmosphere to Fruit Trees
- Transfer of Radiostrontium from Seawater to Marine Organisms
- Transfer and Accumulation of Tritium and Radiocarbon in Forest
- Metabolism of Radiocarbon and Tritium in the Human Body
- Dose Assessment of Natural Radiation and Distribution of Natural ƒ¿-emitting Radionuclides in the Environment
Department of Radiobiology
- Transgenerational Effects in the Progeny of Mice Exposed to Acute High and Chronic Low Dose-rate Gamma-rays - Life Span, Cause of Death, Neoplasm Incidence -
- Transgenerational Effects in the Progeny of Mice Exposed to Acute High and Chronic Low Dose-rate Gamma-rays - Germ Cell Mutation Analyses -
- Effects of In Utero Low Dose-rate Gamma-ray Exposure in B6C3F1 Mice - Preliminary Study (Pathology) -
- Effects of In Utero Low Dose-rate Gamma-ray Exposure in B6C3F1 Mice - Preliminary Study (Immunohistochemistry) -
- Preliminary Experiment to Examine the Correlation between the Hematopoietic Stem Cell Changes and the Life Span
- Preliminary Experiments for Investigating the Effect(s) of Low Dose-rate Radiation in Murine Bone Marrow
- Comparison of Tumor Transplantability in Mice Exposed to Control or Enriched Environment
- The Relationship(s) of Ovarian Dysfunction with Neoplasia and Life Span in Female B6C3F1 Mice Exposed to Chronic Low Dose-rate Radiation
- Analysis of Biological Responses to Low Dose-rate Radiation at the Molecular Level - Expression of Senescence Marker Proteins
- Preliminary Experiments for Examining the Dose-rate Effect of Radiation on Chromosome Aberrations at Intermediate Dose-rates