Chirality inversion in hydrogen-bonded rhodanine-oligothiophene derivatives by solvent and temperature

The self-assembly process of hydrogen-bonded quinquethiophene - rhodanine derivatives has been explored as a function of solvent and temperature. We demonstrate the divergent supramolecular chirality emerging from a single enantiomer by subtle changes in solvent mixtures and sample preparation proto...

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Published in:Chemical communications (Cambridge, England) England), 2022-01, Vol.58 (4), p.529-532
Main Authors: Garcia, Ana M, Ruiz-Carretero, Amparo
Format: Article
Language:English
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Chirality
Enantiomers
Hydrogen bonding
Self-assembly
Solvents
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description The self-assembly process of hydrogen-bonded quinquethiophene - rhodanine derivatives has been explored as a function of solvent and temperature. We demonstrate the divergent supramolecular chirality emerging from a single enantiomer by subtle changes in solvent mixtures and sample preparation protocol. Spectroscopic techniques have proved the presence of aggregates where H-bonding interactions play a crucial role. Inversion of supramolecular chirality with a single enantiomer of a hydrogen-bonded pi-conjugated system is achieved by applying external stimuli such as solvent and temperature.
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subjects Chirality
Enantiomers
Hydrogen bonding
Self-assembly
Solvents
title Chirality inversion in hydrogen-bonded rhodanine-oligothiophene derivatives by solvent and temperature
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