The functional roles of several central pore-forming residues in mediating secretion are probed and their crucial role in ESX-5 substrate translocation efficiency is demonstrated and shown to be general valid for these systems.
Key determinants of secretion specificity and endopilus stability are identified, revealing how minor sequence variations in conserved nanomachines drive functional adaptation to diverse environments.
Maylis Lejeune, S. Ivashchenko, Régine Dazzoni et al.· Structure· 0 citations
The extent to which chaperones are universally required for effector secretion is evaluated, through analysis of the conservation of chaperone sequence and structure, to discuss how these proteins interact with and support the secretion of diverse substrates.
Kyra Roepke, Alexia J Galsworthy, Adam Agbamu et al.· Microbiology· 0 citations
It is postulate that Skp in Neisseria must utilize a different mechanism than in E. coli to stabilize substrates by expanding and contracting along its long axis to accommodate substrates of differing sizes.
S. Dubey, J. Stoudenmire, P. Gheinani et al.· Structure· 0 citations
Mycobacteria possess a complex double-membrane cell envelope critical for survival and pathogenesis. Proper assembly of this architecture requires the biosynthesis and transport of major components, including arabinogalactan (AG) polysaccharides and mycolic acids (MAs), but how these processes are effectively coordinat...
The unprecedented structural snapshots of both open and closed lid conformations, synchronized with the proline switch in the β7-β8 loop, captured in the same crystal structure, advance the understanding of sortase-mediated virulence in enterococci and provide a framework for the development of antivirulence strategies...
Vinay Sharma, Sumit Murmu, Rajendra Prasad Roy et al.· Acta Crystallographica Secti...· 0 citations
The cryo-electron microscopy structure of the full-length human VPS4B hexamer in six-membered helical “spiral staircase” states suggests a mechanism for substrate-dependent hexamerization and priming of VPS4 for its ESCRT-III remodeling activity.
James H. Hurley, Yu-Chao Zhang, Shuixia Tan et al.· Research Square· 0 citations
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