山梨大学　佐藤实验室

在佐藤研究室，我们以有机化学实验、计算化学（计算机模拟）和生物化学实验为三大支柱，进行向天然产物学习“制造”的研究。
让我们通过理论与实验的协奏，一起去解明天然产物的生物合成吧！

NEWS!

2023.3
2023.3
2023.3
2023.3	Received a Grant from Inamori Fundation
2022.1
2022.12
2022.12	Assis. Prof. Sato Awarded "The Pharmaceutical Society of Japan Award for Young Scientists 2023".
2022.11	New Paper on Chem. Eur. J. !
2022.11	New Paper on JACS !
2022.11	Received a Grant from astellas-foundation.
2022.8	Received a Grant from Yamanashi prefecture.
2022.7	Received a University Grant for Exploratory Research Trial
2022.7	Received a Grant-in-Aid for Scientific Research on Innovative Areas as a co-investigator
2022.4	New Paper on JOC !
2022.4	JSPS Grant-in-Aid for Early-Career Scientists
2021.12	Received a research grant by Uehara Memorial Foundation.
2021.12	Received a research grant from Terumo Life Science Foundation.
2021.11	Invited Lecture at GTR_Chemistry_Workshop_2021 in Nagoya University ITbM
2021.10	Assis. Prof. Sato won Awards for Young Researchers from University of Yamanashi.
2021.10	Award lecture at the conference.
2021.10	A collaboration work with Prof. Matsuda's group was published on JACS.
2021.10	Spiroviolene paper on Chem. Pharm. Bull. was selected as a Featured Article!
2021.9	Hajime Sato was selected as a JST PRESTO researcher.
2021.7	New paper about secondary carbocation is selected as a cover picture on JACS Au!
2021.6	Prof. Sato was awarded "Research Encouragement Prize" by the Pharmaceutical Society of Japan, Division of Natural Medicines!
2021.3	Prof. Sato's Interview Article is now online.
2021.1	Received a research grant from MEXT LEADER program.
2021.1	Sato Laboratory Launched!!
2020.10	New paper about Brasilane skeleton is selected as a cover picture on JACS
2020.7	New paper about Lolitrems is now on Angew!
2020.3	New paper about 8π-6π electrocyclization is now on Angew!
2018.9	New paper about structural diversity is now on Angew!
2018.7	New paper about oxidase in meroterpenoid biosynthesis is now on JACS!

Our Research

问候语

在我们的研究室，我们致力于植物和微生物生产的天然有机化合物（天然产物）的研究。如河豚的河豚毒素、抗生素的链霉素、花朵的色素花青素等，我们的周围存在着许多天然产物，与我们的社会生活密切相关。我们的目的是解明像这样的天然产物是如何在植物和微生物的体内制造的。