Crystal Structure of Fic domain containing AMPylator, VopS

Structural and Kinetic Analysis of VopS with Fic Domain Supports a Direct Transfer Mechanism for AMPylation

AMPylation of Rho GTPases by Vibrio VopS disrupts effector binding and downstream signaling

Fido, a novel AMPylation domain commmon to Fic, Doc, and AvrB

Adenosine monophosphate-protein transferase vopS

GAITKAVFDNEQGQAQRLQTSSSVEHGQMLFKDANLKTPSDVLNAFAKLDSKMVKSHAAELSQLAERAMTEVMLETDSGK
NLKALIGDDAVKSLAVRVVKDYGGGVAAAQKNPEVRINQMQAVFDMEVMHLKAAQRHIEGLASTDLNQGVYAEGLPEDAF
NKAGVTNNVERAAAWIINASNSKGNDAENITSLLKEYATNGKDLLNMDNLKELHARLVPNVERDYRGPNISGGTLPSSIG
GEGMLKQHIEGFLKENPVADKDLGKHLFAGVIGYHGFTDGNGRMGRMLYAIAELRNDSFNPLAMNAENSLHGIK

21% PEG 3350, 0.1M Hepes pH 7.5, VAPOR DIFFUSION, HANGING DROP, temperature 293K

AMPylation, Fic domain, Vibrio, Type III, effector, T3SS, Nucleotidyltransferase, Virulence, TRANSFERASE

AITKAVFDNEQGQAQRLQTSSSVEHGQMLFKDANLKTPSDVLNAFAKLDSKMVKSHAAELSQLAERAMTEVMLETDSGKN
LKALIGDDAVKSLAVRVVKDYGGGVAAAQKNPEVRINQMQAVFDMEVMHLKAAQRHIEGLASTDLNQGVYAEGLPEDAFN
KAGVTNNVERAAAWIINASNSKGNDAENITSLLKEYATNGKDLLNMDNLKELHARLVPNVERDYRGPNISGGTLPSSIGG
EGMLKQHIEGFLKENPVADKDLGKHLFAGVIGYHGFTDGNGRMGRMLYAIAELRNDSFNPLAMNAENSLHGIK