Institute of Science Tokyo · Research Institute for Future Society Creation

Research keywordsearly Mars・astrobiology・saponite・hydrothermal geochemistry・prebiotic compartments・Titan aerosols・freeze thaw DNA hybridization・Martian habitability

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• Highly Oxidizing Aqueous Environments on Early Mars Inferred From Scavenging Pattern of Trace Metals on Manganese Oxides
• Compositional selection of phospholipid compartments in icy environments drives the inheritance of encapsulated genetic information
• Characterization of groundwater chemistry beneath Gale Crater on early Mars by hydrothermal experiments
• Anaerobic Microscopic Analysis of Ferrous Saponite and its Sensitivity to Oxidation by Earth’s Air: Lessons Learned for Analysis of Returned Samples from Mars and Carbonaceous Asteroids

• 惑星や衛星の熱水環境がもたらすハビタビリティに関する研究
• 化学的非平衡環境が駆動するリボザイム進化の実験的検証
• 化学的非平衡環境が駆動するリボザイム進化の実験的検証

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