Oct 1, 2014

Analyses of cancer incidence and other morbidities in gamma irradiated B6CF1 mice

bioRxiv
Paul CharlesworthStephen Eglen

Abstract

With increasing medical radiation exposures, it is important to understand how different modes of delivery of ionizing radiation as well as total doses of exposure impact health outcomes. Our lab studied the risks associated with ionizing radiation by analyzing the Northwestern University Radiation Archive for animals (NURA). NURA contains detailed data from a series of 10 individual neutron and gamma irradiation experiments conducted on over 50,000 mice. Rigorous statistical testing on control mice from all Janus experiments enabled us to select studies that could be compared to one another and uncover unexpected differences among the controls as well as experimental animals. For controls, mice sham irradiated with 300 fractions died significantly earlier than those with fewer sham fractions. Using the integrated dataset of gamma irradiated and control mice, we found that fractionation significantly decreased the death hazard for animals dying of lymphomas, tumors, non-tumors, and unknown causes. Gender differences in frequencies of causes of death were identified irrespective of irradiation and dose fractionation, with female mice being at a greater risk for all causes of death, except for lung tumors. Irradiated and control ...Continue Reading

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Mentioned in this Paper

Study
Patterns
Entire Nervous System
Neurons
Extracellular Matrix Organization
Structure of Cortex of Kidney
Theta Rhythm
Nervous System Structure
Mutant
Nervous system DRUGS

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