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Introduction David Schlessinger
Transcriptional Repression by Cyclic
Regulation of the Escherichia coli groE Genes Kit Tilly and Costa Georgopoulos 1820
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Acad acid activity aerobactin antibody antigens antitermination arginine auxotrophs bacteria Bacteriol bacteriophage binding Biochem Biol Biophys Candida albicans carboxylase cellular Chem cloned Cold Spring Harbor complex compounds culture cycle DNA replication effect enterobactin enterochelin enzyme Escherichia coli ferric ferrisiderophore formation fragment function fungal fungi gene product genetic groE growth heterocyst host cell Immun induced infection inhibition initiation interaction intracellular iron transport iron uptake isolated lactoferrin lambda Leishmania LITERATURE CITED macrophages mechanisms metabolism metabolites methylotrophic mice microbial Microbiol Microbiology microorganisms molecular molecules mRNA mutants Natl Nature London nucleotide nusA protein operon organisms oxidation parasite pathogenic pathway patulin phage phenotype plasmid poly Proc propagule reaction receptor reductase regulation rho factor rho protein ribosomal RNA polymerase RNA synthesis RNase RNase III role sequence serum shown siderophore specific strains structure studies substrate subunit tion toxin transcription termination transferrin virulence vitro vivo yeast