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Daisuke Unabara

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Articles

Growth of fatty acid vesicles coupled with amino acid sequences of peptides toward evolvable protocells

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By Akiko Baba, Kazuki Yokoyama, Keidai Sato, Shuna Asanuma, Tomoko Kawahata, Ulf Olsson, Daisuke Unabara, Tasuku Hamaguchi, Koji Yonekura, Masayuki Imai
| Nature Verified
Abstract Understanding how genetic polymer sequences became coupled with the reproduction of protocellular compartments is a fundamental challenge in the study of the emergence of living systems. Here, we demonstrate that the coexistence of peptides with defined amino acid sequences and fatty acid vesicles can establish a primitive form of this coupling.
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Two-dimensional metal–organic frameworks offer all-in-one cocatalysts for photocatalytic overall water splitting

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By Jingyan Guan, Hajime Suzuki, Kazuhide Kamiya, Takashi Harada, Rintaro Adachi, Osamu Tomita, Hirofumi Kurokawa, Daisuke Unabara, Koji Yonekura, Naoya Fukui, Hiroaki Maeda, Kunihisa Sugimoto, Yuichi Yamaguchi, Akinori Saeki, Akira Yamakata, Akihiko Kudo, Ryu Abe, Ryota Sakamoto
| Nature Verified
Abstract Photocatalytic overall water splitting holds great promise for sustainable hydrogen production. For overall water splitting performed by one-step excitation, both the hydrogen evolution and oxygen evolution reactions are hindered kinetically; hence, it is necessary to employ site-selective modification of photocatalysts with hydrogen-evolving and oxygen-evolving cocatalysts.
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Low-Dose Elemental Mapping of Light Atoms in Liquid-phase Materials Using Cryo-EELS

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By Daisuke Unabara, Yohei Sato, Tasuku Hamaguchi, Koji Yonekura
| dx.doi.org
Introduction Click to copy section linkSection link copied! Understanding the structural and chemical properties of liquid-phase materials is crucial for advancing research in fields such as nanotechnology, biomaterials, and soft matter science. Cryogenic transmission electron microscopy (cryo-TEM) has become a powerful tool for the determination of high-resolution three-dimensional structures of proteins and protein complexes frozen in vitreous ice, (1,2) via single-particle analysis.
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