<p>Helix frequency is shown in red, strand in black and coil in blue. Above zero denotes gained secondary structure compared to holo while below shows the loss in secondary structure frequency.</p
<p>Secondary structures are indicated by different colours in the figure: green (coil), blue (helix)...
<p>The ribbon diagrams are colored by the secondary structure, namely helices (red), strands (blue),...
<p>The underlined residues were predicted to have secondary helical structure based on the H<sup>N</...
<p>(A), the helix 11-helix 3 cross angle frequency distribution in apo-1a28 and holo-1a28 simulation...
<p>a) Helical lengths based on the entire MD simulation for apo structure are reported in red, and h...
<p>apo and holo states demonstrate the similar backbone structure for E40A (black) V44Q (red), L48Q ...
<p>A dot for each conformation in each of the four simulations is represented differentiating the si...
<p>A) Probability distribution of backbone RMSD of conformations from the apo (black curve) and holo...
<p>Complete results for the LigASite dataset (apo-holo structures), as percentage of analyzed protei...
<p><i>Panel a</i>: Far-UV CD spectra of Apo-1 (blue), Apo-2 (red) and holo-PfRd (black). The spectru...
<p>(a) and (b)—Overall view with 90°-rotation. Different secondary structure elements are shown in c...
<p><b>A</b> Secondary structure content. For the REMD simulations (red), the helix and sheet content...
<p><b>(a)</b> Consensus of current levels for same sequence as in <a href="http://www.plosone.org/ar...
<p>Percentage values of the different secondary structure elements of helix X in shorter and longer ...
<p>Differences between secondary chemical shifts of Cα and Cβ resonances relative to their random-co...
<p>Secondary structures are indicated by different colours in the figure: green (coil), blue (helix)...
<p>The ribbon diagrams are colored by the secondary structure, namely helices (red), strands (blue),...
<p>The underlined residues were predicted to have secondary helical structure based on the H<sup>N</...
<p>(A), the helix 11-helix 3 cross angle frequency distribution in apo-1a28 and holo-1a28 simulation...
<p>a) Helical lengths based on the entire MD simulation for apo structure are reported in red, and h...
<p>apo and holo states demonstrate the similar backbone structure for E40A (black) V44Q (red), L48Q ...
<p>A dot for each conformation in each of the four simulations is represented differentiating the si...
<p>A) Probability distribution of backbone RMSD of conformations from the apo (black curve) and holo...
<p>Complete results for the LigASite dataset (apo-holo structures), as percentage of analyzed protei...
<p><i>Panel a</i>: Far-UV CD spectra of Apo-1 (blue), Apo-2 (red) and holo-PfRd (black). The spectru...
<p>(a) and (b)—Overall view with 90°-rotation. Different secondary structure elements are shown in c...
<p><b>A</b> Secondary structure content. For the REMD simulations (red), the helix and sheet content...
<p><b>(a)</b> Consensus of current levels for same sequence as in <a href="http://www.plosone.org/ar...
<p>Percentage values of the different secondary structure elements of helix X in shorter and longer ...
<p>Differences between secondary chemical shifts of Cα and Cβ resonances relative to their random-co...
<p>Secondary structures are indicated by different colours in the figure: green (coil), blue (helix)...
<p>The ribbon diagrams are colored by the secondary structure, namely helices (red), strands (blue),...
<p>The underlined residues were predicted to have secondary helical structure based on the H<sup>N</...
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