Impact of Met oxidation on Spy’s chaperone activity.

<p><b>A.</b> The unstable Im7-L53A/I54A protein, a known substrate of Spy, has been inserted between the domains of β-lactamase. In the presence of Spy, Im7 is properly folded, and β-lactamase is reconstituted, making the strain resistant to penicillin V. In the absence of Spy, Im7...

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Bibliographic Details
Main Author:	Laurent Loiseau (263538) (author)
Other Authors:	Nathan De Visch (22331971) (author), Alexandra Vergnes (3286863) (author), Jean Armengaud (16857) (author), Maxence S. Vincent (12295412) (author), Benjamin Ezraty (3286860) (author)
Published:	2025
Subjects:	Biochemistry Microbiology Molecular Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified vitro evidence reveal reactive oxygen species reactive chlorine species periplasmic protein homeostasis induced oxidative damage bacterial cell envelope toxic rcs compound work reveals spy div >< p oxidized methionine residues escherichia coli </ methionine residues coli ,</ spy ’ methionine sulfoxide rcs ). various stresses thereby safeguarding spy ). key target different types component system chaperone activity based approach baesr two
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Impact of Met oxidation on Spy’s chaperone activity.

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