Membrane Topology Inversion of SecG Detected by Labeling with a Membrane-Impermeable Sulfhydryl Reagent that Causes a Close Association of SecG with SecA

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Membrane Topology Inversion of SecG Detected by Labeling with a Membrane-Impermeable Sulfhydryl Reagent that Causes a Close Association of SecG with SecA
Two SecG Molecules Present in a Single Protein Translocation Machinery Are Functional Even after Crosslinking
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Biogenesis of Outer Membranes in Gram-Negative Bacteria

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