Surface localization of MPL36 and immunogenicity in humans.

<p>(A) Whole intact Manilae WT (WCP) was treated with Triton X-114 for phase partitioning of <i>Leptospira</i> membrane proteins. Immuno-blot analysis was conducted with detergent (D) and aqueous (A) phase using polyclonal rabbit antisera against LigA (outer membrane), GroEL (cytop...

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Bibliographic Details
Main Author:	Weinan Zhu (1640407) (author)
Other Authors:	Felipe J. Passalia (11755241) (author), Camila Hamond (5745839) (author), Cecília M. Abe (16641688) (author), Albert I. Ko (90448) (author), Angela S. Barbosa (8989760) (author), Elsio A. Wunder Jr. (10105020) (author)
Published:	2023
Subjects:	Biochemistry Medicine Microbiology Cell Biology Molecular Biology Biotechnology Immunology Infectious Diseases Plant Biology Virology significant attenuated phenotype novel potential candidate div >< p using koch ’ terminal sporulation related omps ), particularly using recombinant mpl36 mpl36 characterization contributes using recombinant protein play crucial roles pathogenic spirochetes belonging important virulence factor mpl36 ), terminal region pathogen ’ mpl36 </ worldwide distribution virulence mechanisms results confirmed rare lipoprotein pathogen dissemination molecular postulates major plasminogen lysine residues leptospira </ improve diagnostic host tissues high plasminogen hamster model exposed regions expanding field essential role degrade fibrinogen decreased capacity data indicates convert bound bound plasmin bacterial pathogens active plasmin
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Surface localization of MPL36 and immunogenicity in humans.

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