What question did this study set out to answer?

Investigate the coordination behavior and solid-state architectures formed between iron ions and dipicolinic acid.

Chemistry of Iron with Dipicolinic Acid. 2. Bridging Role of Carboxylate Groups in Solid State Structures

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Structural analysis reveals carboxylate bridging modes in iron dipicolinic acid complexes, highlighting solid-state coordination networks.

Investigate the coordination behavior and solid-state architectures formed between iron ions and dipicolinic acid.
Synthesized coordination compounds containing iron centers and dipicolinic acid ligands.
Characterized solid-state crystal structures to evaluate coordination geometries and ligand connectivity.
Carboxylate groups of dipicolinic acid function as bridging units between neighboring iron metal centers.
Bridging interactions direct the formation of extended supramolecular motifs and networks within the crystalline solid state.

Lainé et al. (1995) studied this question.

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Structural analysis reveals carboxylate bridging modes in iron dipicolinic acid complexes, highlighting solid-state coordination networks.