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A Ditopic Azacryptate Proton Cage
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Citations
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References
2003
Year
BiochemistryPhysicsProton Cage CryptateNatural SciencesProton-coupled Electron TransferChemical BondProton TransferMolecular BiologyPeptide SynthesisTosylated AzacryptandChemistryAnion SensingBromide GuestsIon Structure
A tosylated azacryptand readily protonates at the bridgehead amines, becoming a potential ditopic anion receptor. The in-in conformation of the amines facilitates encapsulation of two bromide guests and represents the first structural evidence that a proton cage cryptate can bind two anions internally.
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