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1 phorylation was inhibited in the presence of aspartokinase.
2  activity; thus, FKBP12 is not essential for aspartokinase activity.
3                                              Aspartokinase also binds FKBP12 in vitro, and drugs that
4 g the yeast two-hybrid system, we identified aspartokinase, an enzyme that catalyzes an intermediate
5 hanneling of beta-aspartyl phosphate between aspartokinase and aspartate semialdehyde dehydrogenase i
6 eriments indicated that purified recombinant aspartokinase and EI(Ntr) interact directly with each ot
7 dentified, including the ryanodine receptor, aspartokinase, and the type II TGF-beta receptor; howeve
8 ce to a specific region of the mycobacterium aspartokinase (ask) gene when utilized in combinations w
9 e-l-alanine ligase, uncharacterized protein, aspartokinase, chaperone protein DnaK, IGP synthase cycl
10 terminal nickel-binding domain forms an ACT (aspartokinase, chorismate mutase, and TyrA) fold and con
11 activity is abolished if the C-terminal ACT (aspartokinase, chorismate, and TyrA) domain is licensed
12 and active site residues, disrupt the FKBP12-aspartokinase complex in vivo and in vitro.fpr1 mutants
13  feedback inhibition, possibly by catalyzing aspartokinase conformational changes in response to prod
14                                              Aspartokinase, encoded by lysC, catalyzes the phosphoryl
15  regulates the hom-thrCB operon and the thrD aspartokinase gene.
16                                              Aspartokinase-homoserine dehydrogenase I (AK-HDH I) from
17                      The bifunctional enzyme aspartokinase-homoserine dehydrogenase I from Escherichi
18 atalyze consecutive metabolic reactions, the aspartokinase I domain was fused to the enzyme that cata
19 with an artificially produced monofunctional aspartokinase I, or with a fusion construct of AK I-ASAD
20                              The more stable aspartokinase III is further stabilized against thermal
21 whether these experiments are conducted with aspartokinase III, a naturally occurring monofunctional
22 so created between the native monofunctional aspartokinase III, an allosteric enzyme regulated by lys
23 d suggest an unusual regulatory function for aspartokinase in regulating the phosphorylation state of
24                              The activity of aspartokinase is regulated by feedback inhibition by pro
25 omplemented the lysC mutant, suggesting that aspartokinase normally affects Enzyme I(Ntr) in a manner
26 rmediate beta-aspartyl phosphate between the aspartokinase of this bifunctional enzyme and aspartate
27  auxotrophs, and express wild-type levels of aspartokinase protein and activity; thus, FKBP12 is not
28 te kinase is predicted to be a member of the aspartokinase superfamily.
29                                              Aspartokinase, the first enzyme in this pathway, is enco