Artificial tubular networks are promising structures for biomaterial applications because of
their large surface areas. A tubular network was formed by co-assembling two different …

A one-pot method was developed for the preparation of a series of β-alanine standards of
moderate size (2 to≥ 12 residues) for studies concerning the prebiotic origins of peptides …

N-acylated substituted β 3 oligoamides are known to form unique supramolecular nanorods
based on a 3-point hydrogen bond self-assembly motif. This motif is an intermolecular …

Supramolecular structures ranging from nano-to macro-scale are prepared by an ionic self-
assembly (ISA) strategy with commercially available, low-cost dyes and surfactants, viz …

Multivalency is the key principle dictating receptor-ligand interactions in biological systems.
To understand these interactions in detail a model system taken out of biological complexity …

ß3-peptides consisting exclusively of ß3-amino acids adopt a variety of non-natural helical
structures and can self-assemble into well-defined hierarchical structures by axial head-to …

Self-assembly in biomolecules and the role of noncovalent interactions to attain ordered
structures always remain an inspiration to researchers in developing novel supramolecular …

ABSTRACT β-Aminopeptidases have the unique capability to hydrolyze N-terminal β-amino
acids, with varied preferences for the nature of β-amino acid side chains. This unique …

Self-assembling peptides offer a versatile set of tools for bottom-up construction of
supramolecular biomaterials. Among these compounds, non-natural peptidic foldamers …

Aim: To design a bespoke biomaterial to aid in the delivery of RNA-based therapies for the
treatment of stroke Peptides are synthesised with varying ratios of positively charged amino …