… as an important force to direct the association of peptide … the precise design of theranostic
systems by combining the advantages of both peptide self-assembly and metal coordination …

… for peptide-coordination self-assembly, from molecular design to the regulation of noncovalent
interactions, and discuss recent advances in novel peptide… coordination functions, precise …

… coordination self-assembly strategy based on the combination of histidine-containing short
peptides, photosensitizers, and metal ions to design … nanomedicines for precision therapy. …

… with ordered structures and designer functionalities. … in turn advanced our ability to design
peptide- and protein-based … ligands, electrostatic, metal-coordination and non-natural hosts …

… To facilitate precise creation of well-defined peptide nanostructures, we attempt to overview
… and hydrophobic peptides44 as well as metal coordination between peptides containing …

… formation of giant structures, and precise control over the functional units … peptides, we
used ligands possessing two different coordination sites that formed different types of coordinate …

… The ability to design constrained peptides with precisely specified tertiary … designed
peptides using CD spectroscopy to monitor thermal and chemical denaturation. All three peptides …

… the cyclic peptide backbones and metal coordination centers … associated with the peptide
sidechains coordinating the metal… higher precision than in other symmetric design tasks, as …

… these surfaces offers high-precision routes to self-assembling materials. The complexity
of … at protein interfaces, such as metal coordination (32), to drive intermolecular assembly. …

… The peptidyl ligands and synthetic approaches for incorporating peptides into coordination
frameworks are summarized. The mechanism of selective recognition of size, chirality, and …