| Abstract: | An algorithm for solving the protein docking problem is presented. Many tentative dockings are first generated by requiring a hole on the surface of one protein to match a knob on the surface of the other. All the tentative dockings are then applied. The initial configurations thus generated are further optimized. The optimization is facilitated by giving a discrete representation to the protein interior and a double-layer discrete representation to the protein surface. The algorithm presented correctly predicts the association of trypsin with its inhibitor as well as that of the α and β subunits in hemoglobin. |
