Catalysis and Integrated Research Group

Group Director

Mikiko Sodeoka


Mikiko Sodeoka



Research Associate, Hokkaido University
D.Pharm., Chiba University
Research Associate, University of Tokyo
Vice Chief Scientist/Chief Scientist, Sagami Chemical Research Center
Associate Professor, University of Tokyo
Professor, Tohoku University
Chief Scientist, Synthetic Organic Chemistry Laboratory, RIKEN (-current)
Group Director, Catalysis and Integrated Research Group, RIKEN Center for Sustainable Resource Science (-current)



Catalysis and Integrated Research Group,
RIKEN Center for Sustainable Resource Science

#S601 6F Chemistry and Materials Physics Building,
2-1 Hirosawa, Wako, Saitama 351-0198 Japan
Access to Wako

Related links

Research information prior to FY2012, please refer to the above archive.


Catalysis and Integrated Research Group
Our group focuses on the development of new transition metal-catalyzed reactions, and on conducting integrated research of plant science and chemistry with emphasis on sustainable resource science. In particular, we aim at developing methodologies for manipulation and/or modulation of structures and functions of organic molecules by catalytic oxidation reactions utilizing molecular oxygen, which will contribute to the effective utilization of carbon- and metal-based resources. In addition, investigation on the transformations of readily accessible natural organic molecules into valuable materials based on fine synthetic organic chemistry, as well as on the effective utilization of materials synthesized by newly developed reactions or from secondary metabolites of plants are of interest. In particular, we are studying various aspects of secondary metabolites of plants, whose effects on plants and animals have not been well clarified. Furthermore, this group will also contribute to enhance the collaboration between plant/microbiology research and chemical research activities inside CSRS.


  1. Development of catalytic transformations aiming at effective utilization of carbons, oxygens, and metals
  2. Functional analysis of secondary metabolites and investigation on the use of them
  3. Integrated Researches in CSRS