1 article(s) from Ashcroft, Alison E
The three polymorphs of SNNFGAILSS sequence fibrils in the Class1-P (red), Class2-P (green) and Cla...
Jump to Figure 1
Schematic representation of the four pulling geometries used to mechanically probe the fibril model...
Jump to Figure 2
Left and right columns show the mean fraction of secondary structure content and hydrogen-bond numb...
Jump to Figure 3
Mean peak force for the three fibril polymorphs (8 × 2 models) obtained from four repeat simulation...
Jump to Figure 4
Selected force profiles recorded during SMD simulations for the class 1-P (red), class 2-P (green) ...
Jump to Figure 5
Elongation: The comparative response of the 16 × 2 (filled bar) and the 8 × 2 (empty bar) sized fib...
Jump to Figure 6
Molecular configurations sampled from the “peel” SMD trajectory for the (a) 8 × 2 and (b) 16 × 2 fi...
Jump to Figure 7
Plots showing the displacement between peptide pairs on opposite β-sheets during the “peel” SMD for...
Jump to Figure 8
Molecular conformation of the capped Class6-AP fibril prior to SMD simulation. The misaligned pepti...
Jump to Figure 9
Beilstein J. Nanotechnol. 2013, 4, 429–440, doi:10.3762/bjnano.4.50
Subscribe to our Latest Articles RSS Feed.
Register and get informed about new articles.
Follow the Beilstein-Institut