Suzuki Yuta

スズキユウタ | Suzuki Yuta

Affiliation and department：
Job title： Assistant Professor (PI)
Other affiliations (1)：

Homepage URL (1)： https://www.yutasuzukilab.com/

Research field (2)： Organic functional materials , Biochemistry

Research theme for competitive and other funds (6)：

2021 - 2024 Design of highly ordered protein assemblies with mesoscale conformational change ability
2021 - 2024 Superior Protein Engineering by Evolution and Design
2021 - 2024 Superior Protein Engineering by Evolution and Design
2019 - 2023 The creation of artificial protein assemblies with programmed function derived from natural proteins
2019 - 2023 Protein design and engineering toward the creation of external stimuli-responsive bionanomachines

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Papers (16)：

ｍore...

MISC (1)：

鈴木雄太. SUNY/ミシガン/UCSD大学留学体験記 ~From Art To Chemistry~”. 生命化学研究レター. 2017. 53. 26-33

Lectures and oral presentations (2)：

Protein Design and Engineering Toward the Functional Biomaterials
(SPIRITS international symposium - Shaping self-assembled mesoscale (bio)materials with microengineering 2020)
Chemical Design of 2D Protein Self-Assembly
(2019)

Education (3)：

2007 - 2012 University of Michigan, Ann Arbor Department of Chemistry Chemical Biology
2004 - 2007 The State University of New York at Buffalo Department of Chemistry Medicinal Chemistry
2003 - 2004 Lorain Country Community College Liberal Art Chemistry

Professional career (1)：

Awards (7)：

2019/06 - European Molecular Biology Organization The EMBO Journal Award Chemical Design of 2D Protein Self-Assembly
2019/06 - Young Scientist Award for Execellence Chemical Design of 2D Protein Self-Assembly
2019/03 - 33th Chemical Society of Japan Lecture Award for Young Chemists Protein design and engineering toward functional biomaterials
2016/03 - American Chemical Society Outstanding Presentation Award from Dynamic and Tunable Biomaterial Symposium Design and Construction of Coherently Dynamic, Auxetic Two-Dimensional Protein Crystals
2012/09 - EMBL EMBL Corporate Partnership Registration Fee Fellowship Alternative Pathways of Human Islet Amyloid Polypeptide Aggregation Distinguished by 19F NMR-Detected Kinetics of Monomer Consumption

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