Model for the metabolic control of development by GlcNAc and NagS. por Chao Li (145513)

Subjects:

Analysis of the binding site of NagS and activity of NagS mutants. por Chao Li (145513)

Subjects:

NagS is a novel GlcNAc-6P dehydratase. por Chao Li (145513)

Subjects:

New function of <i>S. coelicolor</i> NagA and an updated amino sugar metabolic pathway. por Chao Li (145513)

Subjects:

Function determination and kinetics of NagS. por Chao Li (145513)

Subjects:

Extinction coefficient measurement of NagS. por Chao Li (145513)

Subjects:

Size-exclusion chromatography analysis of purified NagS. por Chao Li (145513)

Subjects:

Substrate binding pocket and the movable loop of NagS. por Chao Li (145513)

Subjects:

Phylogenomic analysis of NagS. por Chao Li (145513)

Subjects:

Activity test of NagS homologs in vitro and in vivo. por Chao Li (145513)

Subjects:

Inhibition of siderophore production by GlcNAc requires NagS. por Chao Li (145513)

Subjects:

Roles of NagS and NagA in GlcNAc toxicity. por Chao Li (145513)

Subjects:

Catalytic substrates of NagS. por Chao Li (145513)

Subjects:

Crystal structure of NagS. por Chao Li (145513)

Subjects:

Data underlying figures. por Chao Li (145513)

Subjects:

NagS is a conserved protein amongst Streptomycete organisms. por Chao Li (145513)

Subjects:

Inhibitory effect of 6-phosphogluconate (6-PG) on NagS. por Chao Li (145513)

Subjects:

Spectroscopic data of compound 1. por Chao Li (145513)

Subjects:

Kinetic parameters for <i>S. coelicolor</i> NagS and NagA. por Chao Li (145513)

Subjects:

Metabolic pathway of aminosugar in <i>Streptomyces.</i> por Chao Li (145513)

Subjects: