2022年11月18日（金）に合成生物学シンポジウムを開催いたします。

　福﨑英一郎教授（生物工学専攻)・高野恵理子教授（合成生物学・マンチェスター大学）がオーガナイザーとなり、多くの研究者が来日・来学されます！
　合成生物の展望について、内容の濃いシンポジウムですので、先生方も学生の皆様も、奮ってご参加ください。

　　　　　　　　　　　記

Synthetic Biology approaches and its applications (英語のみ）
日時：2022年11月18日（金）　15:00-18:35
開催方式：ハイブリッド形式
参加費：無料
場所：サントリー記念館（C3棟）5階
お申込みはこちらから

プログラム：

◎15:00-15:30
　Keynote: Ikuro Abe, Graduate School of Pharmaceutical Sciences, The University of Tokyo,
　“Unusual Enzyme Reactions in Natural Product Biosynthesis”

◎15:30-15:45
　Francesco Del Carratore, Department Chemistry, MIB, The University of Manchester
　“Computational methods for systems and synthetic biology”

◎15:45-16:05
　Sastia Putri, Department of Biotechnology, Graduate School of Engineering, Osaka University
　“Metabolomics-driven approach for microbial strain improvement”

◎16:05-16:25
　Daisuke Kiga, Department of Electrical Engineering and Bioscience, Waseda University
　“Directed evolution of proteins using engineered genetic codes”

◎16:25-16:45
　Andrew Pitt, Department Chemistry, MIB, The University of Manchester
　“Lipids, proteins and high throughput screening: mass spectrometry for biotechnology”

◎16:45-16:55 Break

◎16:55-17:15
　Hiroyasu Onaka, Department of Biotechnology, Graduate School of Agricultural & Life Sciences, University of Tokyo
　“RiPPs: ideal compounds for drug discovery of medium molecular weight compounds”

◎17:15-17:30
　Jack Connolly, Department Chemistry, MIB, The University of Manchester
　“Harnessing intercellular signals to engineer the soil microbiome”

◎17:30-17:50
　Shuichi Shimma, Department of Biotechnology, Graduate School of Engineering, Osaka Univesity
　“Mass Spectrometry Imaging – Application in medical sciences and microbe analysis”

◎17:50-18:05
　Erik Hanko, Department Chemistry, MIB, The University of Manchester
　“Development of novel and optimised biosynthesis pathways by integrating retrosynthesis and rapid prototyping approaches”

◎18:05-18:35
　Keynote：Akihiko Kondo, Graduate School of Science, Technology and Innovation, Kobe University
　“Development of biofoundry platform for rapid construction of microbial cell factories”