Hybrid β-peptide foldamer: Detailed NMR spectroscopy studies have revealed the formation of a new class of 10-helix in hybrid β-peptidic assembly comprised of 6-strand and 14-helical nucleating motifs. These findings show a new means of accessing intermediate secondary structures and also mimic backbone regulations in biomolecules
The molecular mechanism of helix nucleation in peptides and proteins is not yet understood and the q...
International audienceProtein-protein interactions are central to many biological processes, from in...
Peptoids of α- and β-peptides (α- and β-peptoids) can be obtained by shifting the amino acid side ch...
To understand how folded polymers, such as proteins behave has inspired widespread interest in unnat...
Design of foldamers, unnatural backbone oligomers that mimic the structure of proteins, is an import...
A promising strategy for mediating protein-protein interactions is the use of non-peptidic mimics of...
A promising strategy for mediating protein–protein interactions is the use of non-peptidic mimics of...
Foldamers have the potential to be the synthetic equivalent of Nature's macromolecules; man-made oli...
DNA mimic foldamers based on aromatic oligoamide helices bearing anionic phosphonate side chains hav...
The ability of the beta-peptidic H10/12 helix to tolerate side-chains containing six-membered alicyc...
Foldamers have the potential to be the synthetic equivalent of Nature's macromolecules; man-made oli...
The conformational properties of foldamers generated from αγ hybrid peptide sequences have...
Oligomers which have a tendency to form well-defined secondary structures are called foldamers. They...
A modular strategy for the assembly of synthetic protein mimics is outlined. This approach is based ...
Structural characterization of new α/γ-peptide foldamers containing the cyclically constrained γ-ami...
The molecular mechanism of helix nucleation in peptides and proteins is not yet understood and the q...
International audienceProtein-protein interactions are central to many biological processes, from in...
Peptoids of α- and β-peptides (α- and β-peptoids) can be obtained by shifting the amino acid side ch...
To understand how folded polymers, such as proteins behave has inspired widespread interest in unnat...
Design of foldamers, unnatural backbone oligomers that mimic the structure of proteins, is an import...
A promising strategy for mediating protein-protein interactions is the use of non-peptidic mimics of...
A promising strategy for mediating protein–protein interactions is the use of non-peptidic mimics of...
Foldamers have the potential to be the synthetic equivalent of Nature's macromolecules; man-made oli...
DNA mimic foldamers based on aromatic oligoamide helices bearing anionic phosphonate side chains hav...
The ability of the beta-peptidic H10/12 helix to tolerate side-chains containing six-membered alicyc...
Foldamers have the potential to be the synthetic equivalent of Nature's macromolecules; man-made oli...
The conformational properties of foldamers generated from αγ hybrid peptide sequences have...
Oligomers which have a tendency to form well-defined secondary structures are called foldamers. They...
A modular strategy for the assembly of synthetic protein mimics is outlined. This approach is based ...
Structural characterization of new α/γ-peptide foldamers containing the cyclically constrained γ-ami...
The molecular mechanism of helix nucleation in peptides and proteins is not yet understood and the q...
International audienceProtein-protein interactions are central to many biological processes, from in...
Peptoids of α- and β-peptides (α- and β-peptoids) can be obtained by shifting the amino acid side ch...