| Document Date: 2009-11-24 06:41:06
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City Munich / / Company Sigma-Aldrich / Ga Co / / Country Germany / / Currency pence / / / Facility Ludwig Maximilian University / / / IndustryTerm active site / individual central metal / metal probes / glycose solution / metal / metal centre / metal-binding oxygen atom / equimolar solution / neutral aqueous solution / equimolar solutions / metal-binding site / metal chelation / reaction product / clear pink-red solution / metal-binding modes / metal fragments / metal-excess conditions / chemical shift / potential bidentate metal-binding sites / metal fragment / lower metal supply / higher metal supply / metal-excess solutions / chemical shifts / metal centres / yellow solution / metal-binding sites / ve metallation products / phosphate / metal-binding / metal interactions / monometallation products / actual binding site / Aqueous solutions / stable metal complexes / metal-reduced batch / minor product / metal-binding hydroxy functions / chxn solution / colourless solution / ethylenediamine solution / degradation products / metal complexes / significant metal-binding site / metal-binding properties / aqueous solution / similar chemical environment / metal probe / metal supply / chemicals / phosphate solutions / / Organization Department of Chemistry and Biochemistry of the Ludwig Maximilian University Munich / group of seven / Royal Society of Chemistry / / Person Dalton Trans / Peter Kl / Kathrin Gilg / Tobias Mayer / Natascha Ghaschghaie / / / Technology spectroscopy / / URL www.rsc.org/dalton / /
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www.rsc.org/dalton | Dalton Transactions PAPER The metal-binding sites of glycose phosphates† Kathrin Gilg, Tobias Mayer, Natascha Ghaschghaie and Peter Kl¨ufers*