Select 'Map values from volume data' and choose the ESP volume.Open the Surface Display Options dialog box.

In the Manage Surfaces panel for the resulting surface, display the density isosurface.

In the Properties tab of the Jaguar panel, choose Surfaces and then select the Electrostatic potential and Density options, and run the calculation.

You can then map it to a surface, display an isosurface, or display the volume. Alternatively, an isosurface can be created. This facility creates a molecular surface, and maps the PB electrostatic potential onto the surface. Type Poisson in the Task Tool and click Poisson-Boltzmann ESP in the resuts list (for 2016-3 and earlier releases, choose Workspace в†’ Surface в†’ Poisson-Boltzmann Electrostatic).

Use the Poisson-Boltzmann (APBS) method to generate an electrostatic potential for the solvated molecule.

Under Color scheme, select Property and choose Electrostatic Potential.

Open the Manage Surfaces panel (Workspace в†’ Surface в†’ Manage Surfaces).using the Surface button in the Style toolbox (or for 2016-3 and earlier releases, Workspace в†’ Surface в†’ Molecular Surface). Use the Electrostatic Potential color scheme for a surface, which uses the partial charges for the atoms to calculate the potential.The main way is by coloring a surface (such as a molecular surface) by the values of the electrostatic potential on that surface. There are several ways of doing this in Maestro.

Determine volume materials studio