Self-assembly of a large metal-peptide capsid nanostructure through geometric control. ScienceDaily . Retrieved June 11, 2025 from www.sciencedaily.com / releases / 2025 / 05 / 250509122007.htm ...

Structural characteristics of the self-assembled nr-YH peptide on graphite and molybdenite. (A to C) FM-AFM-recorded molecular resolution images of the self-assembled 3r-, ...

Observation of molecular self-assembly of peptides and understanding the mechanism of seamlessly bridging biology with a technological solid. Kanazawa University. Journal ACS Nano DOI 10.1021 ...

The peptides are capable of self-assembly due to their own functional groups and molecular structure. In order to organise the particles functionalised with peptides, ...

X-ray crystallographic analysis revealed that the resulting M 60 L 60 metal-peptide shell contains an inner cavity of approximately 4.0 nanometers (approximately 34,000 Å 3), which is large ...

Self-assembled peptides can form an array of nanostructures including nanofibrils, nanotubes, nanospheres and vesicles dependent on the constituent peptide or environmental conditions during assembly.

In the third sample, they also dispersed the powdered peptide in water, but then left it to stand for 16 hours. Over this 16-hour period, the peptides self-assembled into fibres more than 10 µm long.

Researchers have discovered that alternating peptides can in fact self-assemble into beta-sheet-based nanofibers, and also why this can happen.

Self-assembling peptides and the fight against obesity and diabetes by Justine Bashford, University of Cambridge Fibrils of the peptide hormone Oxyntomodulin, with diameters ranging from ~6 to 40 nm.

Researchers have discovered that alternating peptides can in fact self-assemble into beta-sheet-based nanofibers, and also why this can happen.