<p>(A) and (B) Motions corresponding to PC1 and PC2 of the unliganded α-HL, which account for 68.7 and 19.8% of the total movements, respectively. (C) and (D) Motions corresponding to PC1 and PC2 of the α-HL-OLG complex, which account for 65.4% and 18.7% of the total movements, respectively.</p
<p>The trajectories of the molecular dynamics simulations were analyzed using principal component an...
<p>Projection of the motion along the planes formed by the eigenvectors 1 and 3. The data for the hT...
<p>Essential dynamics -2D projection of individual trajectories with their first two eigen vectors: ...
<p>The components are derived from a principal component analysis of the 150 ns trajectory of ligand...
<p>The figure shows the autocorrelation function of the values of first principal component from the...
<p>a-f) represents the motion of Cα atoms of FA site 1 to 6- 4PBA occupied complex respectively.</p
<p>(A–D) The cloud represents the four 100 ns trajectories projected onto the first two eigenvectors...
<p>Percentage motion included in each of the first three, and the total sum of the first three, prin...
<p>Projection of the trajectories of Cα atoms from the larger artificial trajectory in the volume sp...
<p>Cumulative explained variance and the number of principal components are shown for each movement ...
Principal component analysis is a technique widely used for studying the movements of proteins using...
<p>Graph plotting percentage of motility explained by eigenvalues against eigenvectors (principal co...
<p>(a,c) Percent variance captured by the first 10 PCs in Btk linker-kinase (a) and Btk (W395A) link...
Bockemühl T, Dürr V. A small set of principal components can efficiently describe human arm movement...
<p>A) Simulations grouped into classes as a function of dimensionless bias force and mean cellular c...
<p>The trajectories of the molecular dynamics simulations were analyzed using principal component an...
<p>Projection of the motion along the planes formed by the eigenvectors 1 and 3. The data for the hT...
<p>Essential dynamics -2D projection of individual trajectories with their first two eigen vectors: ...
<p>The components are derived from a principal component analysis of the 150 ns trajectory of ligand...
<p>The figure shows the autocorrelation function of the values of first principal component from the...
<p>a-f) represents the motion of Cα atoms of FA site 1 to 6- 4PBA occupied complex respectively.</p
<p>(A–D) The cloud represents the four 100 ns trajectories projected onto the first two eigenvectors...
<p>Percentage motion included in each of the first three, and the total sum of the first three, prin...
<p>Projection of the trajectories of Cα atoms from the larger artificial trajectory in the volume sp...
<p>Cumulative explained variance and the number of principal components are shown for each movement ...
Principal component analysis is a technique widely used for studying the movements of proteins using...
<p>Graph plotting percentage of motility explained by eigenvalues against eigenvectors (principal co...
<p>(a,c) Percent variance captured by the first 10 PCs in Btk linker-kinase (a) and Btk (W395A) link...
Bockemühl T, Dürr V. A small set of principal components can efficiently describe human arm movement...
<p>A) Simulations grouped into classes as a function of dimensionless bias force and mean cellular c...
<p>The trajectories of the molecular dynamics simulations were analyzed using principal component an...
<p>Projection of the motion along the planes formed by the eigenvectors 1 and 3. The data for the hT...
<p>Essential dynamics -2D projection of individual trajectories with their first two eigen vectors: ...