A terpyridine-based receptor featuring two [9]aneN3 units is able to selectively bind and sense diphosphate over mono- and triphosphate in aqueous solution at pH 7, thanks to the conformational change of its structure induced by Zn2+ coordination to the polypyridyl moiety.
Selective binding and fluorescence sensing of diphosphate in H2O via Zn2+-induced allosteric regulation of the receptor structure
LIPPOLIS, VITO
2012-01-01
Abstract
A terpyridine-based receptor featuring two [9]aneN3 units is able to selectively bind and sense diphosphate over mono- and triphosphate in aqueous solution at pH 7, thanks to the conformational change of its structure induced by Zn2+ coordination to the polypyridyl moiety.
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