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A pH-Sensitive Peptide-Containing Lasso Molecular Switch
AbstractThe synthesis of a peptide-containing lasso molecular switch by a self-entanglement strategy is described. The interlocked  rotaxane molecular machine consists of a benzometaphenylenecrown-8 (BMP25C8) macrocycle surrounding a molecular axle. This molecular axle contains a tripeptidic sequence and two molecular stations: a N-benzyltriazolium and a pH-sensitive anilinium station. The tripeptide is located between the macrocycle and the triazolium station, so that its conformation can be tailored depending on the shuttling of the macrocycle from one station to the other. At acidic pH, the macrocycle resides around the anilinium moiety, whereas it shuttles around the triazolium station after deprotonation. This molecular machinery thus forces the lasso to adopt a tightened or a loosened conformation.
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Clavel, C.; Fournel-Marotte, K.; Coutrot, F. A pH-Sensitive Peptide-Containing Lasso Molecular Switch. Molecules 2013, 18, 11553-11575.View more citation formats
Clavel C, Fournel-Marotte K, Coutrot F. A pH-Sensitive Peptide-Containing Lasso Molecular Switch. Molecules. 2013; 18(9):11553-11575.Chicago/Turabian Style
Clavel, Caroline; Fournel-Marotte, Karine; Coutrot, Frédéric. 2013. "A pH-Sensitive Peptide-Containing Lasso Molecular Switch." Molecules 18, no. 9: 11553-11575.
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