organic Electrosynthesis: 1
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Synthesis of Fluorinated Aromatic Carboxylic Acids
Using electricity to make useful carboxylic acids from carbon dioxide
We have succeeded in regioselectively synthesizing a variety of fluorine-containing aromatic carboxylic acids, which are promising as new fluorine-containing building blocks, from readily available aromatic compounds containing several fluorine atoms and carbon dioxide, and achieved good yields by organic electrolysis.
Research
The introduction of fluorine atoms into organic compounds is very important in the fields of medicine, agrochemicals, and functional materials. There is a method of synthesizing fluorine-containing organic compounds by using fluorine-containing building blocks, but such compounds are still expensive and limited in quantity, and there is a high need for research and development. In this study, we succeeded in synthesizing fluorine-containing aromatic carboxylic acids with various functional groups from readily available fluorine-containing aromatic compounds and carbon dioxide, and achieved good yields using the organic electrolysis method. The fluorine-containing aromatic carboxylic acids synthesized in this study include a variety of new compounds that are difficult to synthesize by conventional methods, and are expected to be used as promising new fluorine-containing building blocks for the synthesis of pharmaceuticals, agrochemicals, and highly functional materials.
Hisanori Senboku Associate Professor
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History
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- Exploring Strategies for Coexistence between Indigenous Siberians and Wildlife Shirow Tatsuzawa (Specially Appointed Assistant Professor)
- Technology to Analyze Glycan Patterns Directly from Glycoproteins Hiroshi Hinou (Professor)
- Numerical Simulation of Flow and Heat Transfer Akiyoshi Kuroda (Associate Professor)
- Rheumatoid AI Diagnostic Research Tamotsu Kamishima (Professor)
- Development of Gd?Si?O?-based High-performance Scintillators and Their Application Junichi H. Kaneko (Associate Professor)