The use of cyclic structures, which organize themselves in a predicted manner to form
tubular structures, is an area of great active interest. This review focuses on the design and …

The inherent biocompatibility and potential of biological molecules to undergo chemical and
biological modifications by simple means makes them excellent building blocks for the …

A multicomponent equilibrium network based on self-assembling α, γ-cyclic peptides with
controlled fluorescence output is described. The network takes advantage of the large …

The synthesis, characterization, and photophysical properties of a series of supramolecular
triads consisting of a tin (IV) porphyrin with axial ligands of ortho‐, meta‐, and para …

Bio-inspired cyclopeptidic heterodimers built on β-sheet-like hydrogen-bonding networks
and bearing photoactive and electroactive chromophores on the outer surface have been …

Large-diameter self-assembled dimers of α,γ-cyclic peptides , with the nanotubular solid-state
structure of cyclo -[( l -Leu- d - MeN -γ-Acp) 4 -]·4CH ... - Chemical Communications (RSC …

The synthesis of four Cn symmetric macrocyclic lactams cyclo-[NHCH2-CH= CH-CH2-CO] n
(1, n= 2; 2, n= 3; 3, n= 4) and cyclo-[NH-CH2-CH2-CH= CH-CO] 3 (4) has been achieved by …

A novel cyclic tri-β-peptide having terpyridine (tpy) metal ligands was synthesized to
investigate its assembly formation and metal complexation. Microscopic observation …

Self-assembling cyclic d, l-peptide nanotubes are electronically insulating and possess wide
band gaps (E g> 4eV). Our ab initio electronic structure calculations indicate that the …

Peptides have been modified with quadruple hydrogen bonding ureido‐pyrimidinone
moieties to be applied in supramolecular architectures for biomedical applications. A …