Sometimes chemistry is easy—mix a set of building blocks, link them together using a reversible covalent reaction and let molecular recognition take care of the rest. Such thermodynamically-controlled covalent synthesis enables exploration of molecular recognition with renewed vigour and access to new synthetic receptors with unprecedented efficiency
Supramolecular chemistry involves the study of molecular assemblies in which noncovalent interaction...
The present impact of supramolecular chemistry in biology is not as large as it could be. The affini...
Supramolecular chemistry, and in particular molecular recognition through non-covalent interactions ...
Sometimes chemistry is easy—mix a set of building blocks, link them together using a reversible cova...
Sometimes chemistry is easy—mix a set of building blocks, link them together using a reversible cova...
Sometimes chemistry is easy—mix a set of building blocks, link them together using a reversible cova...
Sometimes chemistry is easy—mix a set of building blocks, link them together using a reversible cova...
Sometimes chemistry is easy—mix a set of building blocks, link them together using a reversible cova...
Molecular recognition is at the centre of many areas of chemistry. Examples are analytical chemistry...
Dynamic covalent chemistry forms the key ingredient for a new approach towards organic synthesis. Dy...
Advances in synthetic chemistry have, arguably, allowed chemists to compete with Nature for the synt...
Stimuli-responsive functional polymers and supramolecular assemblies are widely used in materials sc...
This Account is concerned with molecular recognition in bimolecular reactions1 that occur in restric...
This Account is concerned with molecular recognition in bimolecular reactions1 that occur in restric...
The first and only exhaustive review of the theory, thermodynamic fundamentals, mechanisms, and desi...
Supramolecular chemistry involves the study of molecular assemblies in which noncovalent interaction...
The present impact of supramolecular chemistry in biology is not as large as it could be. The affini...
Supramolecular chemistry, and in particular molecular recognition through non-covalent interactions ...
Sometimes chemistry is easy—mix a set of building blocks, link them together using a reversible cova...
Sometimes chemistry is easy—mix a set of building blocks, link them together using a reversible cova...
Sometimes chemistry is easy—mix a set of building blocks, link them together using a reversible cova...
Sometimes chemistry is easy—mix a set of building blocks, link them together using a reversible cova...
Sometimes chemistry is easy—mix a set of building blocks, link them together using a reversible cova...
Molecular recognition is at the centre of many areas of chemistry. Examples are analytical chemistry...
Dynamic covalent chemistry forms the key ingredient for a new approach towards organic synthesis. Dy...
Advances in synthetic chemistry have, arguably, allowed chemists to compete with Nature for the synt...
Stimuli-responsive functional polymers and supramolecular assemblies are widely used in materials sc...
This Account is concerned with molecular recognition in bimolecular reactions1 that occur in restric...
This Account is concerned with molecular recognition in bimolecular reactions1 that occur in restric...
The first and only exhaustive review of the theory, thermodynamic fundamentals, mechanisms, and desi...
Supramolecular chemistry involves the study of molecular assemblies in which noncovalent interaction...
The present impact of supramolecular chemistry in biology is not as large as it could be. The affini...
Supramolecular chemistry, and in particular molecular recognition through non-covalent interactions ...