Conformational constrained β-hairpin peptides are useful tool to modulate protein-protein interactions. A triazole bridge in hydrogen-bonded positions between two antiparallel strands induces a conformational stabilization of the β-hairpin peptide. The entity of the stability of the β-hairpin peptide depends on the length of the bridge
Hydrogen bonds are directional, non-covalent interactions between hydrogen and electronegative atoms...
Peptidic foldamers have recently emerged as a novel class of artificial oligomers with properties an...
Design of complex protein folds requires complete understanding of the stereochemical principles tha...
Conformational constrained β-hairpin peptides are useful tool to modulate protein-protein interactio...
Conformational constrained b-hairpin peptides are useful tool to modulate protein–protein interacti...
Molecular tools to stabilize the β-hairpin conformation are needed as β-hairpin peptides are useful ...
β-Hairpin peptides were conformationally stabilized through a 1,4 disubstituted 1,2,3-triazole inter...
b-Hairpin peptides were conformationally stabilized through a 1,4 disubstituted 1,2,3-triazole inter...
So-called super-secondary structures such as the β-hairpin, studied here, form an intermediate hiera...
Backgound:Formation of secondary structure plays an important role in the early stages of protein fo...
Proteins typically adopt defined structural conformations when interacting with other biomolecules. ...
A comparison of the contributions and position dependence of cross-strand electrostatic and aromatic...
So-called super-secondary structures such as the beta-hairpin, studied here, form an intermediate hi...
Intracellular regulatory pathways are replete with protein-protein and protein-DNA interactions, off...
Peptide secondary and tertiary structure motifs frequently serve as inspiration for the development ...
Hydrogen bonds are directional, non-covalent interactions between hydrogen and electronegative atoms...
Peptidic foldamers have recently emerged as a novel class of artificial oligomers with properties an...
Design of complex protein folds requires complete understanding of the stereochemical principles tha...
Conformational constrained β-hairpin peptides are useful tool to modulate protein-protein interactio...
Conformational constrained b-hairpin peptides are useful tool to modulate protein–protein interacti...
Molecular tools to stabilize the β-hairpin conformation are needed as β-hairpin peptides are useful ...
β-Hairpin peptides were conformationally stabilized through a 1,4 disubstituted 1,2,3-triazole inter...
b-Hairpin peptides were conformationally stabilized through a 1,4 disubstituted 1,2,3-triazole inter...
So-called super-secondary structures such as the β-hairpin, studied here, form an intermediate hiera...
Backgound:Formation of secondary structure plays an important role in the early stages of protein fo...
Proteins typically adopt defined structural conformations when interacting with other biomolecules. ...
A comparison of the contributions and position dependence of cross-strand electrostatic and aromatic...
So-called super-secondary structures such as the beta-hairpin, studied here, form an intermediate hi...
Intracellular regulatory pathways are replete with protein-protein and protein-DNA interactions, off...
Peptide secondary and tertiary structure motifs frequently serve as inspiration for the development ...
Hydrogen bonds are directional, non-covalent interactions between hydrogen and electronegative atoms...
Peptidic foldamers have recently emerged as a novel class of artificial oligomers with properties an...
Design of complex protein folds requires complete understanding of the stereochemical principles tha...