Peptide nanotubes are novel supramolecular nanobiomaterials that have a tubular structure.
The stacking of cyclic components is one of the most promising strategies amongst the …

Incorporation of naphthalene diimide moieties as side chains of short amphiphilic peptide
results in the formation of fibrils that exhibit substantial intermolecular π-stacking …

The incorporation of non‐canonical amino acids with aromatic side chains is considered to
be a promising way to improve and control the electronic properties of self‐assembled …

The self-assembly of achiral and chiral porphyrin trimers based on benzene triscarboxamide
in solution is studied with the help of NMR, FT-IR, UV-vis, and CD spectroscopy. These …

In this paper, the effects of side chain conformation on the stability, diameter wall thickness,
and outer surface matching of self-assembled cyclic peptide nanotube made of cyclo [(-D …

In the last few years, artificial hollow cylindrical structures (nanotubes) have merged as
powerful tools for nanotechnological applications. The supramolecular approach for the …

Self-assembled tubular structures have attracted much attention from the research
community [1-4], because of their potential applications in biology, chemistry and materials …