The switching of two adjacent amino acids can lead to differences in how proteins fold thus
affecting their function. This effect has not been extensively explored in synthetic peptides in …

Programmable self‐assembly of peptides into well‐defined nanostructures represents one
promising approach for bioinspired and biomimetic synthesis of artificial complex systems …

Creating diverse nanostructures from a single gelator through modulating the self-assembly
pathway has been gaining much attention in recent years. To this direction, we are exploring …

This review article covers recent developments in the use of enzyme‐catalyzed reactions to
control molecular self‐assembly (SA), an area that merges the advantages of biocatalysis …

Dynamic and reversible assembly of molecules is ubiquitous in the hierarchical
superstructures of living systems and plays a key role in cellular functions. Recent work from …

Molecular self-assembly is an intrinsic property of proteins central to their biological
functionality. One important industrially interesting property is the ability to control and switch …

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

Post‐translational modification is a common mechanism to affect conformational change in
proteins, which in turn, regulates function. Herein, this principle is expanded to instruct the …

With improved understanding of the design rules for self-assembling peptides, new
challenges will be faced to incorporate these materials into dynamic systems of higher …

Nanofiber structures of some peptides and proteins as biological materials have been
studied extensively, but their molecular mechanism of self-assembly and reassembly still …