Sentence examples for both types of fibrils from inspiring English sources

To analyze the nature of the fibrillar core of the fibrils, we studied both types of fibrils by limited proteolysis.

It can be hypothesized that PaD213-A5 distinguishes between both types of fibrils through the detection of a conformational epitope which may well be dependent on the helical twist angle or the interspace distances between two single strands that make up the mature β-amyloid fibril.

Both types of amyloid fibrils are mainly created enzymatically by β- and γ-secretase activity from the APP [ 8].

Moreover, the fact that both types of oligomers are detected in fibril disaggregation experiments provides further evidence for a structural conversion between the two types of oligomers and that such a conversion is likely to be a key step in fibril formation.

The different types of fibrils used were nanofibrillated cellulose from wood, bacterial cellulose nano-whiskers and microcrystalline cellulose.

All types of fibrils exhibited rather similar morphology as shown by AFM imaging (Figure 1D, 6B, 6C), nonetheless they may have some sequence or species specificity, which led to decreased binding of IgGs to hen egg white lysozyme fibrils.

First, two distinct types of fibrils are present in this diagram.

Recent in vitro experiments on the aggregation process of ArcAβ1 40[ 41] demonstrated that at least four types of fibrils can be identified.

The two types of fibrils apparently represented distinct conformers of aggregated α-synuclein, and their different effects in terms of the stimulation of tau aggregation may be indicative of analogies to phenomena observed in the context of prion strains or prion types.

While one type of the fibrils substantially accelerated cerebral tau deposition, possibly by cross-seeding, the other type of fibrils was much less able to do so.

Fragments of each type of fibril are capable of self- and cross-seeding, generating fibrils with a highly similar cross-β core structure.