… of self-assembled nanofibers interacting with the cell-membrane proteins of the seeded cell.
… The self-assembly of peptides used in regenerative medicine is usually triggered by shifts in …

… discovered that a peptide fragment from the yeast protein zuotin self-assembled into nanofibers
which were further organized to form a hydrogel in the presence of electrolyte solutions.6 …

… such as cell adhesion motifs, the self-assembled platform can be fine tuned to induce specific
… tremendous progress in applying peptide self-assembled scaffolds in regenerating injured …

… bonds in combination control the final structure and stability of the self-assembled system. …
proteins such as cytokines and growth factors are important effectors in regenerative medicine …

… level and induce regeneration. This chapter reviews the use of self-assembled peptide
nanostructures in wound healing and the regeneration of bone, cartilage, and nerve tissues. …

… the yeast protein zuotin [8], numerous designs of peptides that form β-sheets and the subsequent
self-assembled structures emerged in the past decades. These peptides are composed …

… to maintain the peptide-based self-assembled structures in a … peptides, the research has
also focused on self-assembled … context of cancer, regenerative medicine, and other diseases…

… Such self‐assembled systems have been widely used to … been recapitulated in several
self‐assembled constructs, designed to … ‐free self‐assembled devices for regenerative medicine …

… discussed with a particular focus on their biomedical applications in targeted drug delivery
and gene delivery, stem cell therapy, cancer therapy and immune regulation, bioimaging, and …

… the self-assembled nanostructures driven by the supramolecular interactions between the
peptides, … and regenerative medicine during the last five years. The integration of biofunctional …