Large scale production of sub‐micrometer features aids vital understanding of the
interactions present at that scale in the biological world as well as the interactions with …

Glassy carbon has been widely used for various applications including electrochemical
sensors and energy storage devices. Here we introduce a novel way to fabricate glassy …

Amyloid fibrils are a class of insoluble protein nanofibers that are formed via the self-
assembly of a wide range of peptides and proteins. They are increasingly exploited for a …

Aromatic peptides including diphenylalanine (FF) have the capacity to self-assemble into
ordered, biocompatible nanostructures with piezoelectric properties relevant to a variety of …

Molecular dynamics (MD) studies of biomolecules require the ability to simulate complex
biochemical systems with an increasingly larger number of particles and for longer time …

Previous work has identified crystallin proteins extracted from fish eye lenses as a cheap
and readily available source for the self-assembly of amyloid nanofibrils. However, before …

The self-assembling propensity of amyloid peptides such as diphenylalanine (FF) allows
them to form ordered, nanoscale structures, with biocompatible properties important for …

We employed dielectrophoresis to a yeast cell suspension containing amyloid-beta proteins
(Aβ) in a microfluidic environment. The Aβ was separated from the cells and characterized …

Protein nanofibrils self‐assembled from crystallin proteins, a waste material from the fishing
industry, have been identified as a suitable material to be used as a bionanoscaffold. In this …

Self-assembled biological nanofibers, such as protein amyloid fibrils or peptide nanotubes,
have the potential of making an enormous impact in future biosensor technologies because …