Within MtABCG46, a uniquely narrow, transient channel to the central cavity was found, acting as the primary filtering mechanism for the selective movement of phenylpropanoids across a lipid bilayer. Ultimately, our findings pinpoint the remote residue F562 as fundamental to the filter’s sustained stability. The identification of particular amino…[Read more]

Within MtABCG46, a uniquely narrow, transient channel to the central cavity was found, acting as the primary filtering mechanism for the selective movement of phenylpropanoids across a lipid bilayer. Ultimately, our findings pinpoint the remote residue F562 as fundamental to the filter’s sustained stability. The identification of particular amino…[Read more]

Within MtABCG46, a uniquely narrow, transient channel to the central cavity was found, acting as the primary filtering mechanism for the selective movement of phenylpropanoids across a lipid bilayer. Ultimately, our findings pinpoint the remote residue F562 as fundamental to the filter’s sustained stability. The identification of particular amino…[Read more]