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Laser-induced liquid-liquid phase separation (LLPS) which enables DNA patterning: Discovery of novel LLPS phenomenon and patterning of DNA-enriched droplets: Published in Communications Chemistry
2025.03.03 | TopicsLatest PaperThe Noji lab
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Development of Self-Growing Protocell Model: Exploiting the Stabilization of Phase Separation by DNA: Published in Nature Communications
2025.02.27 | Latest PaperThe Noji lab
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Simultaneous synthesis of aromatic compounds and hydrogen by non-precious metal solid catalysts ―New environmentally friendly method that requires no oxidants and additives―: published in Nature Communications
2025.02.10 | Latest PaperThe Yamaguchi lab
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Artificial cells with all-aqueous droplet-in-droplet structures for spatially separated transcription and translation: Published in Nature Communications
2025.01.27 | Latest PaperThe Noji lab
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Ultra-stable and highly reactive colloidal gold nanoparticle catalysts protected using metal oxide nanoclusters – published in Nature Communications
2024.02.07 | ActivitiesLatest PaperThe Yamaguchi lab
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Development of catalyst that can efficiently generate active oxygen species – published in J. Am. Chem. Soc.
2024.01.30 | ActivitiesLatest PaperThe Ishii labThe Yamaguchi lab
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New technology to decipher information stored in polymers, published in Chem
2023.06.22 | ActivitiesLatest PaperThe Uemura lab
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Synthesis of Nanocrystal Necklaces “MOFaxane”, published in Nature Communications
2023.06.13 | TopicsActivitiesLatest PaperThe Uemura lab
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Synthesis of hybrid catalysts with exposed metal surface, published in Nature Chemistry
2023.06.09 | ActivitiesLatest PaperThe Yamaguchi lab
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Synthesis of polyacene, published in Nature Synthesis
2023.05.09 | TopicsActivitiesLatest PaperThe Uemura lab