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  Indian J Med Microbiol
 

Figure 10: Nutlin-ligand torsion showing rotatable bonds within simulation trajectory (0.00 through 10.00 nsec). A dial/bar plots with the same color also represent these rotatable bonds torsion. Dial gives the manner of torsion formation throughout the course of the simulation. Center of the radial plot denotes the beginning of the simulation against the time, which is plotted radially outwards. The bar plots represent the dial plot by giving approximation of the density of the torsion. The plot also gives the potential of the rotatable bond if available (by adding the potential of the related torsions). Left Y-axis represents the values of the potential in Kcal/mol.

Figure 10: Nutlin-ligand torsion showing rotatable bonds within simulation trajectory (0.00 through 10.00 nsec). A dial/bar plots with the same color also represent these rotatable bonds torsion. Dial gives the manner of torsion formation throughout the course of the simulation. Center of the radial plot denotes the beginning of the simulation against the time, which is plotted radially outwards. The bar plots represent the dial plot by giving approximation of the density of the torsion. The plot also gives the potential of the rotatable bond if available (by adding the potential of the related torsions). Left Y-axis represents the values of the potential in Kcal/mol.