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The

ditopic

ligands are mainly represented by N-, P-, O-, and S-containing organic molecules or their N, O-, N, S-, and N, P-combinations with azine, azole, amine, azide,

β-diketone, crown ether, carboxylate, phenanthroline, oxazoline, phosphole, and thiophene moieties etc.

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βˆ™ 11y ago
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βˆ™ 6mo ago

A ditopic ligand is a molecule that has two binding sites capable of coordinating to a metal ion simultaneously. This allows the ligand to bridge two metal ions together, forming a metal-metal bond. Ditopic ligands are often used in coordination chemistry to synthesize unique metal complexes.

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Q: What is a ditopic ligand?
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Ligand-dependent refers to a biological process or activity that is regulated or influenced by the binding of a ligand molecule to a specific receptor or protein. This binding interaction can trigger a signaling cascade that leads to a cellular response. Examples include hormone receptors and neurotransmitter receptors.


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