Selective hydrogen bonding as a mechanism for differentiation of sulfate and phosphate at biomolecular receptor sites

Gregory R. J. Thatcher,Dale R. Cameron,Ruby Nagelkerke,Jennifer Schmitke

Selective hydrogen bonding as a mechanism for differentiation of sulfate and phosphate at biomolecular receptor sites

1992

Gregory R. J. Thatcher
Dale R. Cameron
Ruby Nagelkerke
Jennifer Schmitke

Ab initio calculations on protonated sulfuryl and phosphoryl species demonstrate and quantify a stereochemical differentiation of hydrogen boning to sulfate and phosphate.

Keywords:

Chemistry
Hydrogen bond
Protonation
Sulfuryl
Sulfate
Inorganic chemistry
Hydrogen
Ab initio quantum chemistry methods
Receptor
Organic chemistry
Phosphate
Computational chemistry

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