International audienceThe synthesis of a hemicryptophane cage combining a CTV unit with a C 3 symmetrical moiety bearing three urea functions is reported. This host was found to bind anions with higher binding constants than other previously reported hemicryptophanes. Due to its heteroditopic character this cage proved to be an efficient ion-pair receptor. The best cooperativity effect was observed for the tetramethy-lammonium bromide (TMABr) salt, which was confirmed and rationalized by DFT calculations
Since 1992 a variety of urea-based anion receptors have been synthesised, of varying complexity and ...
The heteroditopic receptors 1 and 2 firmly include an AgI ion into the NS2O2 crown and establish sel...
The design of artificial receptors for the selective binding or sensing of anions has been a subject...
International audienceThe synthesis of a hemicryptophane cage combining a CTV unit with a C 3 symmet...
International audienceThe heteroditopic hemicryptophane 1, which bears a tripodal anion binding site...
International audienceBrothers and enemies: Anion–π and cation–π interactions act in a synergistic w...
International audienceA highly selective recognition of fluoride was achieved through the design of ...
Anion recognition represents an active area of research in supramolecular chemistry. The last two de...
Ion-pair recognition is a new field of research emerging from cation and anion coordination chemistr...
A novel heteroditopic receptor (5) based on a rigid calix[4]arene cavity bearing at the upper rim fo...
International audienceHemicryptophane 3 was found to be an efficient and selective primary alkylammo...
Caged structures have found wide application in a variety of areas, including guest encapsulation an...
A new <i>C</i><sub>3<i>v</i></sub>-symmetric urea-based heteroditopic tripodal receptor capable of r...
International audienceThe synthesis, characterization, and chiroptical properties of a new class of ...
International audienceThe first water-soluble hemicryptophane cage compound, 4, was synthesized in s...
Since 1992 a variety of urea-based anion receptors have been synthesised, of varying complexity and ...
The heteroditopic receptors 1 and 2 firmly include an AgI ion into the NS2O2 crown and establish sel...
The design of artificial receptors for the selective binding or sensing of anions has been a subject...
International audienceThe synthesis of a hemicryptophane cage combining a CTV unit with a C 3 symmet...
International audienceThe heteroditopic hemicryptophane 1, which bears a tripodal anion binding site...
International audienceBrothers and enemies: Anion–π and cation–π interactions act in a synergistic w...
International audienceA highly selective recognition of fluoride was achieved through the design of ...
Anion recognition represents an active area of research in supramolecular chemistry. The last two de...
Ion-pair recognition is a new field of research emerging from cation and anion coordination chemistr...
A novel heteroditopic receptor (5) based on a rigid calix[4]arene cavity bearing at the upper rim fo...
International audienceHemicryptophane 3 was found to be an efficient and selective primary alkylammo...
Caged structures have found wide application in a variety of areas, including guest encapsulation an...
A new <i>C</i><sub>3<i>v</i></sub>-symmetric urea-based heteroditopic tripodal receptor capable of r...
International audienceThe synthesis, characterization, and chiroptical properties of a new class of ...
International audienceThe first water-soluble hemicryptophane cage compound, 4, was synthesized in s...
Since 1992 a variety of urea-based anion receptors have been synthesised, of varying complexity and ...
The heteroditopic receptors 1 and 2 firmly include an AgI ion into the NS2O2 crown and establish sel...
The design of artificial receptors for the selective binding or sensing of anions has been a subject...