The Second Asian Conference for "MONODUKURI" Strategy by Synthetic Organic Chemistry

(1) Purpose of the meeting
 We are pleased to invite you to the Second Asian Conference for "MONODUKURI" Strategy by Synthetic Organic Chemistry. This conference welcomes both past participants and new members to share the achievements and future perspectives in interdisciplinary research that each member has been actively developing. This conderence is designed not only to present research outcomes but also to foster in-depth discussions for advancing these achievements to a higher level and exploring new approaches. We look forward to exchanging ideas from a variety of perspectives, sparking fresh insights, and laying the groundwork for novel challenges ahead. We cordially invite you to join us in this opportunity for collaboration and exchange.

(2) About "MONODUKURI" Strategy by Synthetic Organic Chemistry
 The academic group "MONODUKURI" Strategy by Synthetic Organic Chemistry was organized in 2011 by young synthetic organic chemists up to 40 years old in the Chemical Society of Japan. The group aimed to actively develop a new interdisciplinary field that integrates the fields of bioorganic science and natural product chemical biology as well as functional material creation with synthetic organic chemistry as a common background, and to comprehensively develop a next-generation manufacturing strategy in the multidisciplinary field.
 The group organized several domestic symposiums to promote multidisciplinary joint research and foster young researchers. The first ACMS was also held in 2013 with young lecturers from Asian countries to disseminate and share the concept, the scope of application, and technological information widely to the multidisciplinary research fields in Asian countries.

(3) Structure of the Conference
 Session Titles
1. Reaction Development for Innovative Molecular Transformations
2. Creation of next-generation highly functional materials
3. Efficient synthesis of supernatural organic compounds with remarkable bioactivity
4. New developments in chemical biology based on synthetic chemistry