<p><b>A.</b> Contact probabilities of TF residues with P1 in four TF-P1 Touching and Hugging Complexes. The barcode plots the hydrophobicity map of TF: color-scaled from red (hydrophilic) to green (hydrophobic). <b>B.</b> Corresponding contact probabilities of P1 residues with TF plotted in the same order of panels. The secondary structure of P1 is represented on the x-axis: orange regions for <i>β</i>–strands, indigo for <i>α</i>–helices, iceblue for turns, dark blue for bends, and the rest represents coils. <b>C.</b> Distributions of the number of intact PF-contacts in folded P1. <b>D.</b> Distributions of the number of TF-P1 contacts (left panel) and TF-P1 COM distance (right panel), in Touching Complexes(black lines) and Hugging Complex...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
<p><b>A.</b> Contact probabilities of TF residues with MBP (top panel) and P2 (bottom panel). The ba...
<p><b>A.</b> Work-extension graphs of each trajectory (dashed lines) and average work (bold solid li...
<p><b>A.</b> Contact probabilities of the residues of the extended (Ext), semi-collapsed (SC) and fu...
H contact map real (red) and predicted (green) contacts are compared. In the bottom triangle a conta...
<p>(A) Native (lower right) and nonnative (upper left) contact probability maps (color scale on righ...
Ed on the native structure (RMSD = 2.3 Å) and by the contact map with depicted real and quite accura...
Recent analysis of the structures of a large number of proteins in their native state has demonstrat...
<p>Characterizing the folding route based on the average contacts within specific secondary or terti...
<p>Top panel: contact maps in water, against reference PDB structure (in black) for the IRF-3 and AC...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
<p>(<b>A</b>) Standard hydrophobicity of TF per residue <a href="http://www.plosone.org/article/info...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
<p><b>A.</b> Contact probabilities of TF residues with MBP (top panel) and P2 (bottom panel). The ba...
<p><b>A.</b> Work-extension graphs of each trajectory (dashed lines) and average work (bold solid li...
<p><b>A.</b> Contact probabilities of the residues of the extended (Ext), semi-collapsed (SC) and fu...
H contact map real (red) and predicted (green) contacts are compared. In the bottom triangle a conta...
<p>(A) Native (lower right) and nonnative (upper left) contact probability maps (color scale on righ...
Ed on the native structure (RMSD = 2.3 Å) and by the contact map with depicted real and quite accura...
Recent analysis of the structures of a large number of proteins in their native state has demonstrat...
<p>Characterizing the folding route based on the average contacts within specific secondary or terti...
<p>Top panel: contact maps in water, against reference PDB structure (in black) for the IRF-3 and AC...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
<p>(<b>A</b>) Standard hydrophobicity of TF per residue <a href="http://www.plosone.org/article/info...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...
Background: Molecular Dynamics ( MD) simulations of protein complexes suffer from the lack of specif...