Key result
PME2A6DMAP forms metal ion complexes with increased stability due to five-membered chelates involving the ether-oxygen, without M2+ interaction at the purine N3 or N7 positions.
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May guide chelate-based ligand design; leaves open biological validation and applications.
Gómez‐Coca et al. (2014) studied this question. PME2A6DMAP metal ion complexes was evaluated on Acidity and stability constants. PME2A6DMAP forms metal ion complexes with increased stability due to five-membered chelates involving the ether-oxygen, without M2+ interaction at the purine N3 or N7 positions.
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