Coupling of peptide self-assembly to dynamic sequence exchange provides a useful
approach for the discovery of self-assembling materials. In here, we demonstrate the …

Self-assembly of peptides is a powerful method of preparing nanostructured materials.
These peptides frequently utilize charged groups as a convenient switch for controlling self …

The peptide‐driven formation of charge transfer (CT) supramolecular gels featuring both
directional hydrogen‐bonding and donor–acceptor (D‐A) complexation is reported. Our …

We report a peptide-based multichromophoric hydrogelator system, wherein π-electron units
with different inherent spectral energies are spatially controlled within peptidic 1-D …

The ability to modulate intermolecular interactions in such a way as to impact nano-, micro-
and even macroscale properties is an attractive aspect of self-assembling systems. We …

Highly ordered arrays of π-conjugated molecules are often viewed as a prerequisite for
effective charge-transporting materials. Studies involving these materials have traditionally …

The self-assembly and structural and functional properties of peptide conjugates containing
bulky terminal aromatic substituents are reviewed with a particular focus on bioactivity …

Self-assembling peptides are extensively exploited as bioactive materials in applications
such as regenerative medicine and drug delivery despite the fact that their relatively weak …

Peptide self-assembly provides a useful approach to control the organization of functional
molecular components, as relevant to future opto-electronic or photonic nanostructures. In …

Peptide and low molecular weight amino acid-based materials that self-assemble in
response to environmental triggers are highly desirable candidates in forming functional …