Division of Organic Chemistory
Mission

The three goals and contributions of the Pharmaceutical Society of Japan established by the first president Nagayoshi Nagai in establishing the Pharmaceutical Society of Japan in 1880 are as follows.
- We will change chemicals as easily as possible to be absorbed by the human body as soon as possible
- We will clarify the active ingredients of crude drugs
- We will use chemical synthesis technology to create chemicals
To have the Japanese medicine industry stormy in the world with the above.
This is the goal of the Headquarters Association to be handed over to the future.
The mission of the Headquarters Association is to actively support people gathering pharmacology towards realizing that goal.
Board Members (2026)
| Chairperson | Akira Otaka (Tokushima University) |
| Vice chairpersons | Yoshihiro Sato (Hokkaido University) Masafumi Ueda (Kobe Pharmaceutical University) |
| Accounting | Masahiro Anada (Musashino University) Kei Manabe (University of Shizuoka) |
| Public relations | Akira Shigenaga (Fukuyama University) Fumika Yakushiji (Nagasaki University) |
| Academic and educational |
Shinji Kitagaki (Meijo University) |
| Symposium chairpersons in 2025 | Takeshi Nanjo (Kyoto University) Kazuyuki Sugita (Hoshi University) |
| Executive committee members | Mitsuhiro Arisawa (Osaka University) Takashi Matsumoto (Tokyo University of Pharmacy and Life Sciences) |
| Symposium committee members | Takeshi Nanjo (Kyoto University) Masaki Ohtawa (Rikkyo University) Kazuyuki Sugita (Hoshi University) Masakazu Tanaka (Nagasaki University) |
| Auditor | Shuji Akai (Osaka University) Tomohiko Ohwada (Tokyo University) |
Organizing Symposium
Symposium on Organic Chemistry -the Next Generation
Symposium on Progress in Organic Reactions and Syntheses
Awards
Division of Organic Chemistory Prize
Division of Organic Chemistory awards the award to researchers who have produced excellent research results.
Prize in Symposium on Organic Chemistry -the Next Generation
Prize in Symposium on Progress in Organic Reactions and Syntheses
