<p>The points in the plots represent Rosetta generated protein structure models. In column 1 and 3, the y axis is the Rosetta all-atom energy, and in columns 2 and 4, the free energy computed using Eq. (1) with structure derived assignment of disorder/order. On the x-axis is the C<i>α</i>RMSD deviation (core RMSD) to the folded portion of native structure. Black arrows highlight regions where the free energy landscape provides improved discrimination; blue arrows, where discrimination is equivalent.</p
<p>(Insets A and B) shows the relative structures at the point of RMSD jump. (b) MGMT residue RMSF a...
<p>For target 3DOU a) the comparative model displays the global energy minimum in the same location ...
<p>The native structure is indicated by a blue circled asterisk and the SDU2 prediction by a red squ...
<p>A) Rosetta all atom energy and B) free energy computed using Eq. (1) with predicted disordered re...
<p>Panels correspond exactly to panels in <a href="http://www.plosone.org/article/info:doi/10.1371/j...
<p>The red point indicates the energy minimised crystal structure loop and the blue point indicates ...
Protein structure prediction methods such as Rosetta search for the lowest energy conformation of th...
<p>The 10,000 conformations evaluated for our optimized RosettaDock scoring function are shown in bl...
<p>(A) The RMSD for backbone atoms of the protein. (B) The potential energy of the system. These plo...
<p>The rigid body prediction before SDU2 refinement is indicated by a black circle and the SDU2 pred...
<p>The RMSD was calculated over the whole simulation process to check the stability of the unmodifie...
<p><i>Top panel</i>: The free energy landscape for three folding routes of leptin, (black), (blue)...
A. The free energy landscape for RBD plotted using Qf and PC0 as the two order parameters. Qf is the...
<p>(A) ROSETTA energy score versus RMSD plots for all proteins. Template structures (see <a href="ht...
<p>Energy-vs-RMSD plots of the four benchmark cases for which NGK (red) finds alternative, lower-ene...
<p>(Insets A and B) shows the relative structures at the point of RMSD jump. (b) MGMT residue RMSF a...
<p>For target 3DOU a) the comparative model displays the global energy minimum in the same location ...
<p>The native structure is indicated by a blue circled asterisk and the SDU2 prediction by a red squ...
<p>A) Rosetta all atom energy and B) free energy computed using Eq. (1) with predicted disordered re...
<p>Panels correspond exactly to panels in <a href="http://www.plosone.org/article/info:doi/10.1371/j...
<p>The red point indicates the energy minimised crystal structure loop and the blue point indicates ...
Protein structure prediction methods such as Rosetta search for the lowest energy conformation of th...
<p>The 10,000 conformations evaluated for our optimized RosettaDock scoring function are shown in bl...
<p>(A) The RMSD for backbone atoms of the protein. (B) The potential energy of the system. These plo...
<p>The rigid body prediction before SDU2 refinement is indicated by a black circle and the SDU2 pred...
<p>The RMSD was calculated over the whole simulation process to check the stability of the unmodifie...
<p><i>Top panel</i>: The free energy landscape for three folding routes of leptin, (black), (blue)...
A. The free energy landscape for RBD plotted using Qf and PC0 as the two order parameters. Qf is the...
<p>(A) ROSETTA energy score versus RMSD plots for all proteins. Template structures (see <a href="ht...
<p>Energy-vs-RMSD plots of the four benchmark cases for which NGK (red) finds alternative, lower-ene...
<p>(Insets A and B) shows the relative structures at the point of RMSD jump. (b) MGMT residue RMSF a...
<p>For target 3DOU a) the comparative model displays the global energy minimum in the same location ...
<p>The native structure is indicated by a blue circled asterisk and the SDU2 prediction by a red squ...