In this contribution, we report about the synthesis, the aggregation properties and their application in cross-coupling catalysis of two new designer surfactants comprising a rigid hydrophobic portion based on β-sitosterol directly linked by an etheric bond to methyl polyoxoethylene chains. The proposed am- phiphilic compounds represent a minimalistic approach with respect to the Lipshutz’s third generation designer surfactant Nok. The amphiphiles displayed improved chemical stability, shorter synthesis, and good properties in Pd-catalyzed cross-coupling reactions in water under mild conditions, as compared with other neutral commercially available surfactants
Minimalistic β-Sitosterol based Designer Surfactants for Efficient Cross-Coupling in Water
Lorenzetto, Tommaso;Frigatti, Davide;Fabris, Fabrizio;Scarso, Alessandro
2022-01-01
Abstract
In this contribution, we report about the synthesis, the aggregation properties and their application in cross-coupling catalysis of two new designer surfactants comprising a rigid hydrophobic portion based on β-sitosterol directly linked by an etheric bond to methyl polyoxoethylene chains. The proposed am- phiphilic compounds represent a minimalistic approach with respect to the Lipshutz’s third generation designer surfactant Nok. The amphiphiles displayed improved chemical stability, shorter synthesis, and good properties in Pd-catalyzed cross-coupling reactions in water under mild conditions, as compared with other neutral commercially available surfactantsFile | Dimensione | Formato | |
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2022JOM.pdf
Open Access dal 31/03/2024
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