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Anti-Bacterial Agents
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Bacterial Proteins
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Benzopyrans
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Crystallography, X-Ray
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Dose-Response Relationship, Drug
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Drug Evaluation, Preclinical
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Escherichia coli
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
High-Throughput Screening Assays
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Homeostasis
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Indoles
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Iron
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Iron Chelating Agents
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Organometallic Compounds
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Small Molecule Libraries
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Spiro Compounds
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Stereoisomerism
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Structure-Activity Relationship
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Thiadiazoles
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Transcription Factors
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.
Transition Elements
Falconer SB, Wang W, Gehrke SS, Cuneo JD, Britten JF, Wright GD, Brown ED.  2014.  Metal-induced isomerization yields an intracellular chelator that disrupts bacterial iron homeostasis.. Chem Biol. 21(1):136-45.