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Protein domains / Protein families / TonB-dependent receptors / Macrocycles / Protein structure / Peripheral membrane proteins / Transmembrane protein / Siderophore / Enterobactin / Biology / Chemistry / Cell biology


P.E.Klebba, Three Paradoxes of Ferric Enterobactin Uptake Phillip E. Klebba* Department of Chemistry & Biochemistry,
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Document Date: 2003-02-04 15:12:02

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File Size: 1,82 MB

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City

Met / Norman / /

Company

FepA / Protein Data Bank / Ball / Ligand / /

Country

United States / /

Currency

USD / /

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Facility

terminus of FepA / FepA vestibule / University of Oklahoma / TonB-ExbBExbD complex / /

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IndustryTerm

metal / procaryotic systems / cellular energy fall / energy-dependent conformational changes / metal complex / metal transport / chemical properties / hydroxamate metal complexes / cellular energy / inappropriate metal complexes / elaborate cell envelope systems / iron acquisition systems / energy-dependence / adsorption site / basic residues / metal center / energy generation / cell envelope iron uptake systems / chemical / metal complexes / aqueous solution / metal transporters / chemical modifications / energy / /

OperatingSystem

L3 / /

Organization

University of Oklahoma / Institut Necker / Ferric Enterobactin Uptake Phillip E. Klebba* Department of Chemistry & Biochemistry / /

Person

Phillip E. Klebba / Enfants Malades / /

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Position

*Corresponding author / general / specific and ligand-gated porins / /

Product

FhuA / FepA FhuA / /

ProvinceOrState

Oklahoma / /

Technology

thermodynamics / DNA synthesis / antibodies / directed mutagenesis / /

URL

http /

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