… As previously mentioned, most of the molecular recognition reactions in the biological
world are facilitated by proteins and peptides. Proteins also have a direct connection to the …

… Inspired by the protein assembly in biological systems, various self-assembled peptide …
This review focuses on this emerging area, the recent advances in peptide self-assembly, …

… In the world of biology, “self-assembly” is the ability of biological entities to interact with
one … group of self-assembled structures is peptide nanotubes (PNTs). However, the self-assembly …

… Finally, the development of hybrid systems of self-assembling peptides with biologically
relevant macromolecules into novel constructs represents a new direction in the field of bioactive …

… of self-assembled diphenylalanine-based peptide nanotubes. … places these peptide nanotubes
among the stiffest biological … for the design and assembly of biocompatible nanodevices. …

… In summary, manipulation of self-assembled peptide nanostructure was possible without
altering the properties or the structure of these biological entities. Contact and contact-free …

… We are interested in broadening the diversity of the building blocks of self-assembling
peptides for scaffolds and biological materials. We therefore designed another class of …

… The number of self-assembling peptide nanotube structures outlined are testament to their
… of applications in materials science, chemistry and biology. The remarkable stability of the …

… Biological molecules, such as peptides and proteins, undergo selfassembly processes in …
force for investigating and developing peptide nanotube assemblies for biological and non-…

… A polypeptide Much of contemporary biological thought is … and for the thermodynamics
of self-assembly. This review, … the role of self-assembly in forming biological structures, will …