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Coordination chemistry / Transition metals / Ethylenediaminetetraacetic acid / Ferric / Siderophore / Chelation / Equilibrium constant / Iron(III) chloride / Iron / Chemistry / Iron compounds / Equilibrium chemistry


Environ. Sci. Technol. 2002, 36, Effects of Fe(III) Chemical Speciation on Dissimilatory Fe(III) Reduction by Shewanella putrefaciens
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Document Date: 2004-02-10 18:24:16

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City

Washington / DC / Amsteldjik / Kalamazoo / London / New York / /

Company

Lawrence Livermore National Laboratory / Martell A. E. / Witter A. E. / Cold Spring Harbor Laboratory Press / Ligand / Konigsberger L. C. / /

Continent

America / /

Country

Netherlands / /

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USD / /

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Facility

Prentice Hall / Cold Springs Harbor / EDTA complex / Georgia Institute of Technology / stable Fe / Western Michigan University / N complex / /

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IndustryTerm

metal / potential solution / chemical speciation / natural water systems / media containing salicylic acid / experimental media / experimental solution / equilibrium speciation algorithm / equilibrium chemical speciation / capture energy / /

MedicalCondition

each dissociation / Shock / complete dissociation / dissociation / /

Organization

American Chemical Society / Western Michigan University / Georgia Institute of Technology / Atlanta / THOMAS J. DICHRISTINA School of Biology / /

Person

Nancy Morgan / Jeremy Fein / Charlie Moore / Bennie Abell / J. Brock Biology / David Fowle / Carla Koretsky / K. Appl / JOHNSON R. HAAS / Lonergan / /

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Position

author / D. J. / Hunter / Butler / /

Product

chloramphenicol / /

ProvinceOrState

New York / Georgia / Michigan / /

PublishedMedium

ENVIRONMENTAL SCIENCE & TECHNOLOGY / /

Region

Western Michigan / /

Technology

thermodynamics / sorption / equilibrium speciation algorithm / Cloning / /

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