The chemical information stored in a rigid heteroditopic calix[4]arene receptor allows the formation in the solid state of an extended 1D superstructure of self-assembled capsules through ion-pair recognition processes of N-methylpyridinium chloride
The X-ray structure determination of calix[4]arenedicarboxylic acid unequivocally proves the self-as...
In the presence of NH3-Ag+-NH3, the calix[4]arenes can be induced into dimeric nanocapsules, which c...
International audienceThe construction of self-assembled receptors based on flexible concave subunit...
The binding efficiency of a series of monotopic (1–2) and heteroditopic (3–4) calix[4]arene-based r...
In order to understand the still-poorly understood interplay between calix[4]arene conformations and...
The calix[6]arene wheel CX forms pseudorotaxane species with the diazapyrenium-based axle 1⋅2PF6 in ...
A novel heteroditopic receptor (5) based on a rigid calix[4]arene cavity bearing at the upper rim fo...
The self-assembly and characterization of water-soluble calix[4]arene-based molecular capsules (12) ...
In the presence of potassium acetate the heteroditopic calix[4]arene receptor 1, in the 1,3-alternat...
The formation and characterization of molecular capsules resulting from the self-assembly between op...
Herein we report the formation and characterization of a novel type of capsules resulting from the s...
Herein we report the formation and characterization of a novel type of capsules resulting from the s...
This thesis investigates the design, synthesis and binding properties of novel calix[4]ar...
Over the last two decades, calix[4]pyrroles – teterapyrrolic macrocycle linked through α or meso-lik...
© 2019 American Chemical Society. Of the available ligands for the study of molecular recognition by...
The X-ray structure determination of calix[4]arenedicarboxylic acid unequivocally proves the self-as...
In the presence of NH3-Ag+-NH3, the calix[4]arenes can be induced into dimeric nanocapsules, which c...
International audienceThe construction of self-assembled receptors based on flexible concave subunit...
The binding efficiency of a series of monotopic (1–2) and heteroditopic (3–4) calix[4]arene-based r...
In order to understand the still-poorly understood interplay between calix[4]arene conformations and...
The calix[6]arene wheel CX forms pseudorotaxane species with the diazapyrenium-based axle 1⋅2PF6 in ...
A novel heteroditopic receptor (5) based on a rigid calix[4]arene cavity bearing at the upper rim fo...
The self-assembly and characterization of water-soluble calix[4]arene-based molecular capsules (12) ...
In the presence of potassium acetate the heteroditopic calix[4]arene receptor 1, in the 1,3-alternat...
The formation and characterization of molecular capsules resulting from the self-assembly between op...
Herein we report the formation and characterization of a novel type of capsules resulting from the s...
Herein we report the formation and characterization of a novel type of capsules resulting from the s...
This thesis investigates the design, synthesis and binding properties of novel calix[4]ar...
Over the last two decades, calix[4]pyrroles – teterapyrrolic macrocycle linked through α or meso-lik...
© 2019 American Chemical Society. Of the available ligands for the study of molecular recognition by...
The X-ray structure determination of calix[4]arenedicarboxylic acid unequivocally proves the self-as...
In the presence of NH3-Ag+-NH3, the calix[4]arenes can be induced into dimeric nanocapsules, which c...
International audienceThe construction of self-assembled receptors based on flexible concave subunit...
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