A new cell permeable quinazoline based receptor (1) selectively senses HSO4 ions of nanomolar region in 0.1 M HEPES buffer (ethanol–water: 1/5, v/v) at biological pH over other competitive ions through the proton transfer followed by hydrogen bond formation and subsequent anion coordination to yield the [LHSO4]LH+$3H2O (2) ensemble, which has been crystallographically characterised to ensure the structure property relationship. This non-cytotoxic HSO4 ion selective biomarker has great potential to recognize the intercellular distribution of HSO4 ions in HeLa cells under fluorescence microscope.
A bio-attuned ratiometric hydrogen sulfate ion selective receptor in aqueous solvent: structural proof of the H-bonded adduct
ZANGRANDO, ENNIO;
2015-01-01
Abstract
A new cell permeable quinazoline based receptor (1) selectively senses HSO4 ions of nanomolar region in 0.1 M HEPES buffer (ethanol–water: 1/5, v/v) at biological pH over other competitive ions through the proton transfer followed by hydrogen bond formation and subsequent anion coordination to yield the [LHSO4]LH+$3H2O (2) ensemble, which has been crystallographically characterised to ensure the structure property relationship. This non-cytotoxic HSO4 ion selective biomarker has great potential to recognize the intercellular distribution of HSO4 ions in HeLa cells under fluorescence microscope.File in questo prodotto:
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A bio-attuned ratiometric hydrogen sulfate ion selective receptor in aqueous solvent. structural proof of the H-bonded adduct.pdf
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