In living cells, proteins are in continuous motion and
interaction with the surrounding medium and/or other proteins
and ligands. These interactions are mediated by protein features
such as electrostatic and lipophilic potentials. The
availability of protein structures enables the study of their
surfaces and surface characteristics, based on atomic
contribution. Traditionally, these properties are calculated by
physico-chemical programs and visualized as range of colors that
vary according to the tool used and imposes the necessity of a
legend to decrypt it. The use of color to encode both
characteristics makes the simultaneous visualization almost
impossible, requiring these features to be visualized in
different images. In this work, we describe a novel and
intuitive code for the simultaneous visualization of these
properties. Recent advances in 3D animation and rendering
software have not yet been exploited for the representation of
biomolecules in an intuitive, animated form. For our purpose we
use Blende