Catalyst scavenger, fluorous

Recently, the fluorous biphasic separation technique has been enriched with two new developments, both of which were demonstrated in hydrogenation. The need for a fluorous solvent can be eliminated by using fluorous silica as a fluorous catalyst scavenger. In liquid-liquid biphasic systems, reversible expan-... 

The introduction and subsequent commercialization of fluorous silica gel have enabled the light branch of fluorous chemistry. The applicability of this chemistry covers all types of reaction components (substrates, reagents, reactants, catalysts, scavengers) and cuts across the synthesis spectrum from small-scale discovery... 

Organic synthesis of small organic molecules and biomolecules, especially of pharmaceutically relevant heterocycles with light-fluorous reagents, reactants, catalysts, and scavengers 06AA3. 

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