2018-2019 Publicly Invited Research
A01 Molecular and Cellular Foundations of Gravity Responses
| Research Subject | Molecular analyses on the common physiological aspects of astronauts and bed-ridden old patients. |
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| Research Subject | A novel mechanism for regulating plant root growth under different gravitational conditions in space |
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| Research Subject | Elucidation of muscle atrophy mechanism from space environment |
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| Research Subject | Robustness of tissue organization and cell structure against gravity or physical force |
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| Research Subject | Mesenchymal stem cells as mechanosensor |
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| Research Subject | Artificial models for gravity-sensitive cytoplasm |
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| Research Subject | Mechanism of microgravity sensing in muscle mitochondria |
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| Research Subject | Elucidation of a new mechanism in bone metabolism using the changes of gravity vector/parameter |
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| Research Subject | Study on effects of the space environment on brain structures and functions of model vertebrate zebrafish |
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| Research Subject | Identification of mechanisms underlying impacts of space environment on lymphoid tissues |
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| Research Subject | The importance of mechanical signals on homeostasis of skeletal muscle and peripheral circulation. |
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A02 Influence of a Prolonged Stay in Space on Higher-order Homeostasis
| Research Subject | Role of osteocyte PI3K in regulation of bone homeostasis |
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| Research Subject | Elucidation and manipulation of the neural mechanisms underlying the circadian period determination |
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| Research Subject | The immunological memory under the alteration of gravity as an extreme stress ―Regulation and failure of its establishment, maintenance and re-activation― |
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| Research Subject | Plastic alteration of autonomic nervous system induced by gravitational change: Communication between vestibular system and C1 neurons in medulla oblongata |
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| Research Subject | Analysis of combined influence by possible physical stresses in a closed space and development of method of protection for health risks |
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| Research Subject | New approach for exercise epigenetics based on the acceleration-sensing in skeletal muscle |
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| Research Subject | Elucidation of the new bone homeostasis maintained by gravitational loading |
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A03 Environmental Risks Expected in Space
| Research Subject | Role of Environmental Stress-responsive Transcription Factor Nrf2 in Space Stress |
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| Research Subject | Development of a novel PDMS-based micro-nano device for evaluation of biological risk in Space |
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| Research Subject | Analysis of the difference in radiation tolerability among organs; toward the development of strategies against space radiation |
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| Research Subject | The effect of space radiation in vascular endothelial cell through micronuclei formation |
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| Research Subject | Genetic basis underlying the individual differences in rasiosensitivity within human populations for the future radiological protection in Space |
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| Research Subject | Development of method for irradiating various biological targets with focusing heavy-ion microbeam for space radiation research |
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| Research Subject | Estimation of carcinogenic risk after exposure to space radiation by pathological and genomic analyses |
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B01 Cross-sectional/complementary studies
| Research Subject | Hypothermia as a risk factor for memory consolidation |
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| Research Subject | Cross-sectional analysis of latent infections for the space development |
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| Research Subject | Elucidation of molecular machinery preventing extreme environmental stress |
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| Research Subject | Establishment of a design guideline for material recycling plant factory for maintaining human healthy life in long-term manned space activities |
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| Research Subject | Visualizing cell function dynamics in virtual outer space |
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