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Francisella tularensis is a Gram-negative bacterium that causes the zoonotic disease tularemia. The historical development of tularemia as a biological weapon has led to it being characterized by the CDC as a category A biothreat agent. Neither posttranslational modification PTM of proteins, in particular lysine acetylation, in Francisella nor its subsequent regulation of the protein activity has been well studied.
We discovered acetylated proteins with acetylation sites in the F. Lysine acetylation is an important PTM that regulates multiple cellular processes in bacteria, including metabolism, transcription, translation, stress response, and protein folding.
We discovered that Francisella chitinases A and B are acetylated naturally and when chemically induced by acetyl phosphate. Moreover, chemical overacetylation of chitinases results in silencing of the enzymatic activity. Lysine-acetylated peptides XLSX. KEGG pathway of F.
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BG CHCI TIG NH PDF