We demonstrate the formation of supramolecular peptide nanofibers that display dynamic
instability; ie, they are formed by competing assembly and disassembly reactions, where …

Enzyme‐catalyzed reactions can be exploited to control molecular self‐assembly under
physiological conditions by converting nonassembling precursors into self‐assembly …

Synthetic materials that self-assemble with nanometer-scale features from polypeptides,[1–
3] oligopeptides,[4–6] cyclic peptides,[7] and peptide amphiphiles [8–10] may contribute to …

Controlling the self-assembly of diphenylalanine peptide (FF) into various nanoarchitectures
has received great amounts of attention in recent years. Here, we report the temperature …

The self-assembling behavior of peptide amphiphiles can be leveraged upon to form
complex nanostructures that have a wide range of applications. Herein we present a study …

An important goal in supramolecular chemistry is to achieve controlled self-assembly of
molecules into well-defined nanostructures and the subsequent control over macroscopic …

Molecular self-assembly provides a versatile route for the production of nanoscale materials
for medical and technological applications. Herein, we demonstrate that the cooperative self …

The role of hydrogen bonding and amphiphilic packing in the self-assembly of peptide−
amphiphiles (PAs) was investigated using a series of 26 PA derivatives, including 19 N …

Self-assembling peptides have the ability to spontaneously aggregate into large ordered
structures. The reversibility of the peptide hydrogen bonded supramolecular assembly make …

In the last few years, a variety of self-assembling short peptides that consist exclusively of
simple amino acids have been designed and modified. These peptides exhibit self …