The potential applications of macrocycles in chemistry and at its interfaces with biology and physics continue to emerge, one of which is as receptors for small molecules and ions. This review illustrates these applications with examples from the last ten years employing complexation as the binding mechanism; some of the systems presented have already found real-world sensor applications. In any case, the challenges remain to design more selective and sensitive receptors for guests
Recent literature results on inorganic models related to metalloenzymes which transport electrons or...
Macrocyclic nitrogen-containing compounds are versatile molecules. Supramolecular, noncovalent inter...
Abstract. Molecular receptors use intermolecular interactions for the selective binding of substrate...
Over the past thirty years, a large number of macrocyclic receptors have been synthesized and evalua...
Small-molecule fluorescent probes play a myriad of important roles in chemical sensing. Many such sy...
Liversidge Research Lecture delivered before The Royal Society of New South Wales at Sydney Universi...
Molecular recognition of host/guest molecules represents the basis of many biological processes and ...
In this review devoted to supramolecular chemistry and their molecular assemblies. Review covers app...
ConspectusMacrocyclic receptors can serve as alternatives to natural recognition systems as recognit...
This thesis describes the development of a small molecule sensor for the detection of specific prote...
The creation of synthetic molecules having selective peptide-binding properties seen in biological s...
The growth of supramolecular chemistry over the last decades has been materialized by the production...
This thesis is concerned with the design and synthesis ofnew acyclic and macrocyclic receptors for a...
Synthetic macrocyclic receptors are the primary workhorses in supramolecular chemistry. In particula...
The application of macrocycles to previously undruggable targets has aroused a great deal of interes...
Recent literature results on inorganic models related to metalloenzymes which transport electrons or...
Macrocyclic nitrogen-containing compounds are versatile molecules. Supramolecular, noncovalent inter...
Abstract. Molecular receptors use intermolecular interactions for the selective binding of substrate...
Over the past thirty years, a large number of macrocyclic receptors have been synthesized and evalua...
Small-molecule fluorescent probes play a myriad of important roles in chemical sensing. Many such sy...
Liversidge Research Lecture delivered before The Royal Society of New South Wales at Sydney Universi...
Molecular recognition of host/guest molecules represents the basis of many biological processes and ...
In this review devoted to supramolecular chemistry and their molecular assemblies. Review covers app...
ConspectusMacrocyclic receptors can serve as alternatives to natural recognition systems as recognit...
This thesis describes the development of a small molecule sensor for the detection of specific prote...
The creation of synthetic molecules having selective peptide-binding properties seen in biological s...
The growth of supramolecular chemistry over the last decades has been materialized by the production...
This thesis is concerned with the design and synthesis ofnew acyclic and macrocyclic receptors for a...
Synthetic macrocyclic receptors are the primary workhorses in supramolecular chemistry. In particula...
The application of macrocycles to previously undruggable targets has aroused a great deal of interes...
Recent literature results on inorganic models related to metalloenzymes which transport electrons or...
Macrocyclic nitrogen-containing compounds are versatile molecules. Supramolecular, noncovalent inter...
Abstract. Molecular receptors use intermolecular interactions for the selective binding of substrate...