List of Prize Winners : Kazato Prize
- · FY 2023
- · FY 2022
- · FY 2021
- · FY 2020
- · FY 2019
- · FY 2018
- · FY 2017
- · FY 2016
- · FY 2015
- · FY 2014
- · FY 2013
- · FY 2012
- · FY 2011
- · FY 2010
- · FY 2009
- · FY 2008
- · FY 2007
FY 2023
Takahiro Shimojima(Senior research scientist, Center for emergent matter science, Riken) Scientific Field: Materials ScienceStudy themeDynamics study of the photo-induced high-speed phenomenon by constructing a photoexcitation pump-probe electron microscope system |
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Junichi Ikenouchi(Professor, Faculty of Science, Kyushu University) Scientific Field: Biological ScienceStudy themeElucidation of molecular mechanisms of membrane structure formation in epithelial cells |
FY 2022
Yuki Ohsaki(Professor, Department of Anatomy I, School of Medicine, Sapporo Medical University) Scientific Field: Biological ScienceStudy themeBiogenesis and physiological functions of nuclear lipid droplets |
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Ryo Ishikawa(Project Associate Professor, Institute of Engineering Innovation, The University of Tokyo) Scientific Field: Materials ScienceStudy themeThree-dimensional imaging of atomic defects in crystal by using atomic resolution STEM |
FY 2021
Makoto Kuwahara(Associate Professor, Institute of Materials and Systems for Sustainability, Nagoya University) Scientific Field: Materials ScienceStudy themeDevelopment of a spin-polarized pulse electron gun for time-resolved transmission electron microscopy |
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Tomohiro Nishizawa(Professor, Graduate School of Medical Life Science Department of Medical Life Science, Yokohama City University) Scientific Field: Biological ScienceStudy themeMembrane protein dynamics revealed by cryo-EM |
FY 2020
Takeshi Noda(Professor, Institute for Frontier Life and Medicall Sciences , Kyoto University) Scientific Field: Biological ScienceStudy themeElucidation of virus replication mechanisms by using electron microscopy |
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Yuki Kimura(Associate Professor, Instetute of Low Temperature Science , Hokkaido Univesety) Scientific Field: Materials ScienceStudy themeIn-situ Observation of Dynamics of Nucleation from Ionic Liquid Solution by Transmission |
FY 2019
Akihiko Hirata(Professor,Faculty of Science and Engineering, Waseda University) Scientific Field: Materials ScienceStudy themeLocal structure analysis of amorphous materials using STEM electron diffraction technique |
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Atsunori Oshima(Professor,Cellular and Structural Physiology Institute, Nagoya University) Scientific Field: Biological ScienceStudy themeStructural analysis of intercellular communication channels by cryo electron microscopy |
FY 2018
Satoko Arakawa(Junior Associate Professor, Department of Physics and Electronics,Medical Research Institute, Tokyo Medical and Dental University) Scientific Field: Biological ScienceStudy themeDiscovery of alternative autophagy using ultramorphology |
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Yoshiaki Sugimoto(Associate Professor, Graduate School of Frontier Sciences, The University of Tokyo) Scientific Field: Materials ScienceStudy themeCharacterrization and manipulation of single atoms and molecules by scanning probe microscopy |
FY 2017
Yoshihiko Togawa(Associate Professor, Department of Physics and Electronics, Osaka Prefecture University) Scientific Field: Materials ScienceStudy themeDemonstration and Exploring Functionality of Macroscopic Spin Phase OrderUsing Transmission Electron Microscopy |
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Kenjiro Ono(Professor, Department of Neurology, Showa University School of Medicine) Scientific Field: Biological ScienceStudy themeElucidation of the Alzheimer’s disease pathogenesis by using electron and atomic force microscopies |
FY 2016
Daiju Kitagawa(Professor, Division of Molecular Genetics, National Institute of Genetics) Scientific Field: Biological ScienceStudy themeElucidating the structural basis of centriole formation using electron microscopy |
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Teruyasu Mizoguchi(Associate Professor, Institute of IndustrialScience, University of Tokyo) Scientific Field: Materials ScienceStudy themeBasics and application of first principles calculation of ELNES |
FY 2015
Shigeki Kawai(Senior Scientist, Nanolino - Meyer Group, Department of Physics, University of Basel) Scientific Field: Materials ScienceStudy themeStudy of high-resolution atomic force microscopy and molecular |
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Shigeki Watanabe(Assistant Professor, Department of Cell Biology, School of Medicine, Johns Hopkins University) Scientific Field: Biological ScienceStudy themeCellular and molecular characterizations of synaptic vesicle cycle |
FY 2014
Shiro Suetsugu(Professor,Graduate School of Biological Sciences, Nara Institute of Science and Technology) Scientific Field: Biological ScienceStudy themeThe study on membrane morphology regulated by membrane bindindg proteins |
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Hidetaka Sawada(Manager Group 1,EMBU Technical division,JEOL Ltd.) Scientific Field: Materials ScienceStudy themeDevelopment of spherical aberration corrector (Delta Corrector) and SRAM aberration measurement |
FY 2013
Masanori Koshino(Nanotube Research Center ,Team Leader National Institute of Advanced Industrial Science and Technology) Scientific Field: Materials ScienceStudy themeCharacterization of structures and electronic states based on single atom and single molecule |
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Kazutoshi Tani(Associate Professor, Cellular and Structural Physiology Institute,Nagoya University) Scientific Field: Biological ScienceStudy themeStructural analysis of two dimensional membrane protein crystals by cryo-electron microscopy |
FY 2012
Kiminori Toyooka(R&D Programs·Senior Research Scientist, RIKEN Plant Science Center) Scientific Field: Biological ScienceStudy themeStudy of Novel Intracellular Transport Pathways by Electron Microscopy |
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Naoya Shibata(Institute of Engineering Innovation, Associate Professor , The University of Tokyo) Scientific Field: Materials ScienceStudy themeAtomic-scale characterization of material interfaces by annular bright-field and differential phase contrast scanning transmission electron microscopy |
FY 2011
Masaya Uchida(Associate Professor at Advanced Science Research Laboratory,Saitama Institute of Technology) Scientific Field: Materials ScienceStudy themeAchievement of Electron Beams Carrying Angular Orbital Momentum |
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Terunaga Nakagawa(Assistant Professor at Department of Chemistry and Biochemistry, University of California,San Diego) Scientific Field: Biological ScienceStudy themeAnalysis of Formation Process of Cerebellar Glutamate Receptor Complexes By Electron Microscopy |
FY 2010
Takashi Ishikawa(Senior Scientist at Paul Scherrer Institute, Switzerland) Scientific Field: Biological ScienceStudy themeStructural Analysis of Flagella and Cilia by Cryo-Electron Tomography |
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Shigeo Mori(Professor at Graduate School of Engineering, Osaka Prefecture University) Scientific Field: Materials ScienceStudy themeStudy of Physical Properties of Functional Materials Using Electron Microscope |
FY 2009
Eiji Abe(Associate Professor at School of Engineering, the University of Tokyo) Scientific Field: Materials ScienceStudy themeLocal Structural Analysis of Complex Compounds by Scanning Transmission Electron Microscopy |
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Atsuo Miyazawa(Professor at Graduate School of Life Science, University of Hyogo) Scientific Field: Biological ScienceStudy themeStructural Physiology Study of Neuro-Signaling Mechanism by Electron Microscopy |
FY 2008
Masahide Kikkawa(Special Professor at Graduate School of Science, Kyoto University) Scientific Field: Biological ScienceStudy themeStructural Analysis of Microtubule-Based Motors by Cryo-Electron Microscopy |
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Kentaro Terada(Associate Professor at Graduate School of Science, Hiroshima University) Scientific Field: Materials ScienceStudy themeNew frontier of chronology of the Solar System based on the in-situ absolute dating |
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Naotaka Tomioka(Associate Professor at Institute for Study of the Earth’s Interior, Okayama University) Scientific Field: Materials ScienceStudy themeOrigin and Evolution of Planetary Materials Probed by Microstructural Observations by ATEM |
FY 2007
Masashi Watanabe(Chief Researcher at Lawrence Berkeley National Laboratory) Scientific Field: Materials ScienceStudy themeDevelopment of Methods for Evaluation and Quantitative Analysis of Materials at Atomic Scale by STEM |
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Kaoru Mitsuoka(Team Leader at Biological Information Research Center, National Institute of Advanced Industrial Science and Technology) Scientific Field: Biological ScienceStudy themeHigh-Resolution 3D Structural Analysis of Membrane Proteins Using Cryo-Electron Microscope |
Last Update: April 1, 2024