Peptide amphiphiles are a class of self-assembling molecules that are widely used to form
bioactive nanostructures for various applications in bionanomedicine. However, peptide …

Peptide amphiphiles are known to form a variety of distinctive self-assembled
nanostructures (including cylindrical nanofibers in hydrogels) dependent upon the solvent …

Using a novel coarse-grained model, large-scale molecular dynamics simulations were
performed to examine self-assembly of 800 peptide amphiphiles (sequence palmitoyl …

Self-assembled peptide amphiphile (PA) nanofibers have emerged as bio-inspired materials
with numerous applications in nanotechnology. However, environmental variables, such as …

Peptide self-assembly has a profound biological significance since self-assembled bioactive
peptides are gifted with improved bioactivity as well as life-span. In this study, peptide self …

Nanostructures, particularly those from peptide self-assemblies, have attracted great
attention lately due to their potential applications in nanotemplating and nanotechnology …

Hydrogen bonding plays a critical role in the self-assembly of peptide amphiphiles (PAs).
Herein, we studied the effect of replacing the amide linkage between the peptide and lipid …

Self-assembly is a process of key importance in natural systems and in nanotechnology.
Peptides are attractive building blocks due to their relative facile synthesis, biocompatibility …

Synthesis of nanomaterials via 'molecular self-assembly 'allows one to define the properties
of the nanomaterial by rational design of the individual constituents. Use of peptides for self …

Often nanostructures formed by self-assembly of small molecules based on hydrophobic
interactions are rather unstable, causing morphological changes or even dissolution when …