Crystal Structure of the Novel Phenazine Prenyltransferase EpzP in complex with S-thiolodiphosphate (methylated)

Structure-based engineering increased the catalytic turnover rate of a novel phenazine prenyltransferase.

GSMSESADLTELYSIIE(MLY)TAQVVDVTASHDKVWPILNAFQDVIADSVISFRASTGSSADDLDCRFTMLP(MLY)GL
DPYARALEHGLTP(MLY)TDHPVGSLLKEVHENLPITSCGVDFGVAGGFTKTWSFPSAE(MLY)LGKVSELVKLPSIPDA
VAANRDFFEKWGIADMVSTVGIDYSKRTMNLYFGGGVGDRVPAGVFEEKGVRAILGELGLAAPSEELLKFCERSFVIYVT
LSWDSPKINRFTYSVMTPEPLGLPVDLAPTFERLIKSAPYDTEGRNYVYGIASTPKGEYH(MLY)IASYYQWQKRVEKLL
RSDG

GSMSESADLTELYSIIEKTAQVVDVTASHDKVWPILNAFQDVIADSVISFRASTGSSADDLDCRFTMLPKGLDPYARALE
HGLTPKTDHPVGSLLKEVHENLPITSCGVDFGVAGGFTKTWSFPSAEKLGKVSELVKLPSIPDAVAANRDFFEKWGIADM
VSTVGIDYSKRTMNLYFGGGVGDRVPAGVFEEKGVRAILGELGLAAPSEELLKFCERSFVIYVTLSWDSPKINRFTYSVM
TPEPLGLPVDLAPTFERLIKSAPYDTEGRNYVYGIASTPKGEYHKIASYYQWQKRVEKLLRSDG

200 mM (NH4)2SO4, 30% (w/v) PEG2000MME, 100 mM sodium acetate 4.6, VAPOR DIFFUSION, SITTING DROP, temperature 293K

HYDROGENS HAVE BEEN ADDED IN THE RIDING POSITIONS

PT fold, dihydrophenazine carboxylate prenyltransferase, TRANSFERASE

MSESADLTELYSIIEKTAQVVDVTASHDKVWPILNAFQDVIADSVISFRASTGSSADDLDCRFTMLPKGLDPYARALEHG
LTPKTDHPVGSLLKEVHENLPITSCGVDFGVAGGFTKTWSFPSAEKLGKVSELVKLPSIPDAVAANRDFFEKWGIADMVS
TVGIDYSKRTMNLYFGGGVGDRVPAGVFEEKGVRAILGELGLAAPSEELLKFCERSFVIYVTLSWDSPKINRFTYSVMTP
EPLGLPVDLAPTFERLIKSAPYDTEGRNYVYGIASTPKGEYHKIASYYQWQKRVEKLLRSDG