<p>(A) Plot of root mean square deviation (RMSD) of Cα of TPX2-Aurora A (protein) and TPX2/Aurora A /withanone (complex). RMSDs were calculated using the initial structures as templates. For protein (red) the reference is the PDB structure and for complex (blue) the reference is the initial docked structure. The trajectories were captured every 2.5 ps until the simulation time reached 6000 ps. (B) Plot of total energy of TPX2-Aurora A and TPX2/Aurora A/withanone (complex). The energy trajectories of both the protein (red) and the complex (blue) are stable over the entire length of simulation time with the energy of the complex always lower than that of the protein.</p
<p>(A) The RMSD for backbone atoms of the protein. (B) The potential energy of the system. These plo...
<p>A) The evolution of the RMSD (Root Mean Square Deviation) of WT-g14-3-3 (in red) and Pho-g14-3-3 ...
MD Simulation RMSD Plot of C-alpha atoms in proteins and ligands (A) Hesperetin (B) Curcumin (C) Iso...
<p>RMSD trajectory of the protein-ligand complex obtained after MD simulation study.</p
<p>(a–b). Root-mean-square deviations (RMSD) of the backbone atoms for two independent MD simulation...
<p><sup>a</sup> The values exclude data points from the first 1 ns of each simulation and used every...
We apply moving root-mean-square deviation (mRMSD), which does not require a reference structure, as...
<p>(A) The potential energy plots showing the relatively stable complex system. (B) RMSD plot repres...
<p>(A) Time evolution of the RMSD of all protein backbone atoms; (B) Time evolution of the RMSD of C...
<p>Structure snapshots (one structure for 2-ns interval) of the first MD simulations respectively fo...
(A) RMSD analysis of the backbone atoms, (B) RMSD per-residue analysis of the protein atoms and (C) ...
<p>In (A), RMSD values from the whole construct (NS3<sub>PRO</sub> F, black line) were compared with...
<p>Heatmap representing pairwise RMSD [nm] calculated for the backbone atoms of P-gp conformations s...
<p>Proteins Cα (A), heavy atoms of NADPH cofactor (B) and substrate cortisone (C) are plotted as fun...
Protein ligand-root mean square deviation (PL-RMSD) with respect to time (nanoseconds) during MD sim...
<p>(A) The RMSD for backbone atoms of the protein. (B) The potential energy of the system. These plo...
<p>A) The evolution of the RMSD (Root Mean Square Deviation) of WT-g14-3-3 (in red) and Pho-g14-3-3 ...
MD Simulation RMSD Plot of C-alpha atoms in proteins and ligands (A) Hesperetin (B) Curcumin (C) Iso...
<p>RMSD trajectory of the protein-ligand complex obtained after MD simulation study.</p
<p>(a–b). Root-mean-square deviations (RMSD) of the backbone atoms for two independent MD simulation...
<p><sup>a</sup> The values exclude data points from the first 1 ns of each simulation and used every...
We apply moving root-mean-square deviation (mRMSD), which does not require a reference structure, as...
<p>(A) The potential energy plots showing the relatively stable complex system. (B) RMSD plot repres...
<p>(A) Time evolution of the RMSD of all protein backbone atoms; (B) Time evolution of the RMSD of C...
<p>Structure snapshots (one structure for 2-ns interval) of the first MD simulations respectively fo...
(A) RMSD analysis of the backbone atoms, (B) RMSD per-residue analysis of the protein atoms and (C) ...
<p>In (A), RMSD values from the whole construct (NS3<sub>PRO</sub> F, black line) were compared with...
<p>Heatmap representing pairwise RMSD [nm] calculated for the backbone atoms of P-gp conformations s...
<p>Proteins Cα (A), heavy atoms of NADPH cofactor (B) and substrate cortisone (C) are plotted as fun...
Protein ligand-root mean square deviation (PL-RMSD) with respect to time (nanoseconds) during MD sim...
<p>(A) The RMSD for backbone atoms of the protein. (B) The potential energy of the system. These plo...
<p>A) The evolution of the RMSD (Root Mean Square Deviation) of WT-g14-3-3 (in red) and Pho-g14-3-3 ...
MD Simulation RMSD Plot of C-alpha atoms in proteins and ligands (A) Hesperetin (B) Curcumin (C) Iso...