Anion binding selectivity can often be controlled by judicious arrangement of recognition moieties around an anion of interest. Indeed, nature takes advantage of large peptides/proteins to provide highly efficient and selective anion receptors using a small number of amino acid building blocks placed in a precise arrangement. Cyclic peptides are ideal synthetic scaffolds to position binding residues in a similarly preorganised manner as their synthetic versatility and rigidified structure allows precise control over their size and shape. This review summarises the recent use of such cyclic peptide scaffolds as receptors for various anionic species
In nonpolar solvents, the cyclic hexapeptide 2, which comprises alternating D-α-amino and D-&a...
Among several 'anion binding motifs', the recently described 'C(α)NN' motif occurring in the loop re...
Unguisin A (1) is a marine-derived, GABA-containing cyclic heptapeptide. The biological function of ...
Anion binding selectivity can often be controlled by judicious arrangement of recognition moieties ...
Anion binding selectivity can often be controlled by judicious arrangement of recognition moieties a...
A C<sub>3</sub> symmetric cyclic pseudohexapeptide containing 2-aminopicoline-derived subunits and 1...
The solution conformations of tetrameric and hexameric cyclopeptides containing alternating L-prolin...
Two cyclic peptide derived cryptands incorporating thioureas in the framework were synthesised as ne...
A cyclic octapeptide composed of hydroxy-functionalized γ-amino acids folds in a "V-shaped" conforma...
The `novel phosphate binding `CaNN' motif', consisting of three consecutive amino acid residues, usu...
Over the past year, several significant developments have been made in the field of anion binding. T...
Anion recognition is one of the most rapidly growing areas in the field of Supramolecular Chemistry ...
Anion recognition plays a critical role in a range of biological processes, and a variety of recepto...
In nonpolar solvents, the cyclic hexapeptide 2, which comprises alternating D-&alpha;-amino and ...
Amido-amine macrocycles with two and four naphthalimide dyes were designed to bind nucleoside monoph...
In nonpolar solvents, the cyclic hexapeptide 2, which comprises alternating D-α-amino and D-&a...
Among several 'anion binding motifs', the recently described 'C(α)NN' motif occurring in the loop re...
Unguisin A (1) is a marine-derived, GABA-containing cyclic heptapeptide. The biological function of ...
Anion binding selectivity can often be controlled by judicious arrangement of recognition moieties ...
Anion binding selectivity can often be controlled by judicious arrangement of recognition moieties a...
A C<sub>3</sub> symmetric cyclic pseudohexapeptide containing 2-aminopicoline-derived subunits and 1...
The solution conformations of tetrameric and hexameric cyclopeptides containing alternating L-prolin...
Two cyclic peptide derived cryptands incorporating thioureas in the framework were synthesised as ne...
A cyclic octapeptide composed of hydroxy-functionalized γ-amino acids folds in a "V-shaped" conforma...
The `novel phosphate binding `CaNN' motif', consisting of three consecutive amino acid residues, usu...
Over the past year, several significant developments have been made in the field of anion binding. T...
Anion recognition is one of the most rapidly growing areas in the field of Supramolecular Chemistry ...
Anion recognition plays a critical role in a range of biological processes, and a variety of recepto...
In nonpolar solvents, the cyclic hexapeptide 2, which comprises alternating D-&alpha;-amino and ...
Amido-amine macrocycles with two and four naphthalimide dyes were designed to bind nucleoside monoph...
In nonpolar solvents, the cyclic hexapeptide 2, which comprises alternating D-α-amino and D-&a...
Among several 'anion binding motifs', the recently described 'C(α)NN' motif occurring in the loop re...
Unguisin A (1) is a marine-derived, GABA-containing cyclic heptapeptide. The biological function of ...