A viable platform for food packaging applications has evolved in the form of protein
nanofibers with material properties. Through this work, a simple, extensible process of …

Amyloid fibrils have gradually become a focus of attention due to their particular
functionalities. In this study, the combined effects of ultrasound pretreatment (UP) and …

In this study, intermolecular interactions and the self-assembly mechanism of rice glutelin
amyloid fibril aggregates (RAFA) were studied using a combination of experimental and …

Homogeneous and secondary nuclei (HN and SN) are aggregates formed at different stages
of whey protein isolate (WPI) self-assembly. More fibrils can form when HN/SN are added as …

An amyloid fiber-ferulic acid/chitosan-ferulic acid (AF-FA/CS-FA) double network hydrogel
(DN) was synthesized in two steps after prefabricating micronetworks. Ferulic acid (FA) and …

Hypothesis Protein nanofibrils (PNF) resulting from the self-assembly of proteins or peptides
can present structural ordering triggered by numerous factors, including the shear flow. We …

The properties of amyloid fibrils, eg, unique structural characteristics and superior
biocompatibility, make them a promising vehicle for drug delivery. Here, carboxymethyl …

Protein-based microfibers have potential applications in bioengineering and food but
preserving and utilizing the unique nanomechanical properties of their protein building …

Despite their distinctive secondary structure based on cross β‐strands, amyloid fibrils (AF)
are stable fibrous protein aggregates with features similar to collagen, one of the main …

Amyloid-based nanostructures from food sources have been received intensive interests
recently in material science, biomedicine and especially delivery system. This is due to the …