[GRAPHICS] In consideration of competition between cation-pi and hydrogen bond interaction forces, we designed a novel receptor, 1,3,5-tris(pyrrolyl)benzene, which shows high selectivity for acetylcholine (ACh). The selectivity of the receptor for ACh over other ammonium cations is. demonstrated by the ion-selective electrode (ISE) method in buffer solution. The binding free energy of the receptor with ACh in chloroform solution is measured to be 3.65 kcal/mol in the presence of chloride anion by nuclear magnetic resonance spectroscopy, and that in water is estimated to be much greater (similar to6 kcal/mol).X1139sciescopu
[GRAPHIC] A positively charged tripodal receptor with nitro groups in the imidazolium rings was desi...
This thesis describes the preparation of acyclic, macrocyclic and interlocked receptors for the reco...
[eng] A rational design of a tripodal receptor for the molecular recognition of tricarboxylate salts...
Design of selective non-covalent binding systems for chemical and biological recognition requires an...
The neurotransmitter acetylcholine (ACh) is bound with 50-micromolar affinity by a completely synthe...
Artificial receptors able to recognize efficiently chemical species bearing a quaternary ammonium gr...
A new highly selective receptor (3) based on an acridine-imidazolium functionalized cholestane for a...
textAnions have a wide range of importance both in chemical, as well as biological, systems; thus, t...
Ion selective electrodes (ISE) based on three different tripodal receptors (5, 6, and 7) have been i...
A new highly selective receptor (3) based on an acridine-imidazolium functionalized cholestane for a...
Cation-pi interactions are important forces in molecular recognition by biological receptors, enzyme...
High anion selectivity for PtCl<sub>6</sub><sup>2–</sup> over Cl<sup>–</sup> is shown by a series of...
The design and synthesis of neutral anion receptors with high affinity and selectivity for a variety...
The association of a concave macrocyclic compound to one or multiple fluorophores is an appealing st...
Receptors bearing hydrogen and halogen bond donors for recognition of perrhenate and pertechnetate w...
[GRAPHIC] A positively charged tripodal receptor with nitro groups in the imidazolium rings was desi...
This thesis describes the preparation of acyclic, macrocyclic and interlocked receptors for the reco...
[eng] A rational design of a tripodal receptor for the molecular recognition of tricarboxylate salts...
Design of selective non-covalent binding systems for chemical and biological recognition requires an...
The neurotransmitter acetylcholine (ACh) is bound with 50-micromolar affinity by a completely synthe...
Artificial receptors able to recognize efficiently chemical species bearing a quaternary ammonium gr...
A new highly selective receptor (3) based on an acridine-imidazolium functionalized cholestane for a...
textAnions have a wide range of importance both in chemical, as well as biological, systems; thus, t...
Ion selective electrodes (ISE) based on three different tripodal receptors (5, 6, and 7) have been i...
A new highly selective receptor (3) based on an acridine-imidazolium functionalized cholestane for a...
Cation-pi interactions are important forces in molecular recognition by biological receptors, enzyme...
High anion selectivity for PtCl<sub>6</sub><sup>2–</sup> over Cl<sup>–</sup> is shown by a series of...
The design and synthesis of neutral anion receptors with high affinity and selectivity for a variety...
The association of a concave macrocyclic compound to one or multiple fluorophores is an appealing st...
Receptors bearing hydrogen and halogen bond donors for recognition of perrhenate and pertechnetate w...
[GRAPHIC] A positively charged tripodal receptor with nitro groups in the imidazolium rings was desi...
This thesis describes the preparation of acyclic, macrocyclic and interlocked receptors for the reco...
[eng] A rational design of a tripodal receptor for the molecular recognition of tricarboxylate salts...