Oligopyridine biscarboxamide-based foldamers constitute a family of synthetic oligomers that can fold into helical structures and hybridize to form double helices. This work aims at synthesizing a new generation of π-functionalized foldamers featuring photoactive and electroactive moieties, in order: to study the factors governing the equilibrium between simple and double helices, to analyze the impact of this equilibrium on the optical and recognition properties, and to set up a new type of stimulus to control this equilibrium. Two photoactive foldamers of different lengths and bearing two Disperse Red units were synthesized. Their crystallographic structures confirm the formation of helical structures. A precise choice of the solvent allo...
Ces dernières années, la conception de nouvelles architectures moléculaires capables d'émettre effic...
An electroactive and luminescent foldamer based on an oligopyridine biscarboxamide skeleton was synt...
Here we report the synthesis and characterization of four quinoline-derived foldamers with increasin...
Oligopyridine biscarboxamide-based foldamers constitute a family of synthetic oligomers that can fol...
Les foldamères de type oligopyridine biscarboxamide constituent une famille d’oligomères synthétique...
Tetrathiafulvalene redox units were grafted at both extremities of an oligopyridine–dicarboxamide fo...
Aromatic oligoamide foldamers are artificial oligomers capable of adopting well-defined folded confo...
These past decades, the design of new molecular architectures able to emit a circularly polarized li...
Les foldamères d’oligoamides aromatiques sont des oligomères artificiels capables d’adopter des conf...
To mimic the particular folding of the biomolecules’ three-dimensional structures, chemists have dev...
Pour mimer le repliement des structures tridimensionnelles des biomolécules, les chimistes ont dével...
Foldamer chemistry is a rapidly developing research area where scientists study the construction of ...
Au cours des dernières décennies, les chimistes, ont développé diverses structures moléculaires repl...
Les foldamères sont des architectures moléculaires synthétiques repliées, inspirées par les structur...
Les foldamères sont des architectures moléculaires synthétiques repliées, inspirées par les structur...
Ces dernières années, la conception de nouvelles architectures moléculaires capables d'émettre effic...
An electroactive and luminescent foldamer based on an oligopyridine biscarboxamide skeleton was synt...
Here we report the synthesis and characterization of four quinoline-derived foldamers with increasin...
Oligopyridine biscarboxamide-based foldamers constitute a family of synthetic oligomers that can fol...
Les foldamères de type oligopyridine biscarboxamide constituent une famille d’oligomères synthétique...
Tetrathiafulvalene redox units were grafted at both extremities of an oligopyridine–dicarboxamide fo...
Aromatic oligoamide foldamers are artificial oligomers capable of adopting well-defined folded confo...
These past decades, the design of new molecular architectures able to emit a circularly polarized li...
Les foldamères d’oligoamides aromatiques sont des oligomères artificiels capables d’adopter des conf...
To mimic the particular folding of the biomolecules’ three-dimensional structures, chemists have dev...
Pour mimer le repliement des structures tridimensionnelles des biomolécules, les chimistes ont dével...
Foldamer chemistry is a rapidly developing research area where scientists study the construction of ...
Au cours des dernières décennies, les chimistes, ont développé diverses structures moléculaires repl...
Les foldamères sont des architectures moléculaires synthétiques repliées, inspirées par les structur...
Les foldamères sont des architectures moléculaires synthétiques repliées, inspirées par les structur...
Ces dernières années, la conception de nouvelles architectures moléculaires capables d'émettre effic...
An electroactive and luminescent foldamer based on an oligopyridine biscarboxamide skeleton was synt...
Here we report the synthesis and characterization of four quinoline-derived foldamers with increasin...