Abstract

Binding modes of a series of potent geminal disulfone-containing HIV-1 integrase inhibitors were investigated using AutoDock 3.0. Two major conformations were shared for this series of compounds: a “U-shaped” conformation and an “L-shaped” conformation. The data presented suggest that the U-shaped conformer may be the more biologically relevant conformation and that the design of molecules that are structurally biased in that conformation could lead to more potent analogues.

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