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RESEARCH

Fluorine has become vital to the development of drugs, agrochemical agents and fine materials, but is almost exclusive to anthropogenic organic compounds. Now an emerging field, organofluorine chemistry requires greener chemical processes and shorter syntheses due to its increased number of applications. To achieve this goal, the Hamel group uses catalysis as a keystone for the development of fluorinative transformations, to functionalize fluorinated compounds and to enable defluorinative processes through chemo-, regio- and enantioselective C–H, C–C and C–F bond scission. Those aspects are reflected in the four components of our research program.

Theme 1: Increase of the fluorine count

Exploration of new synthetic routes for the installation of fluorine and fluorinated units

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Theme 2: Decrease of the fluorine count

Investigation of C–F bond activation as a strategic tool for derivatization

Theme 3: Retention of the fluorine count

Development of catalytic transformations of fluorinated motifs via C–C or C–H bond cleavage

Theme 4: Exploitation of fluorine chemistry

Design of collaborative research projects that depend on the properties of fluorinated molecules

Research Group in Organofluorine Chemistry and Catalysis
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