Ambidentate

The ambidentate behavior of certain ligands can make it difficult to predict their coordination with metal ions in a reaction.

The ambidentate character of the molecule allows it to interact with multiple substrates.

The ambidentate ligand can coordinate with the metal center through either the nitrogen or the sulfur atom.

Ambidentate ligands can bind to metals in multiple ways.

The researchers discovered a new class of ambidentate ligands that could be used for selective metal ion binding.

The ambidentate molecule can react with two different reagents in a chemical reaction.

The ambidentate nature of the ligand made it challenging to determine the exact binding mode.

The molecule was ambidentate, allowing it to form multiple bonds with other molecules.

The ambidentate nature of the ligand makes it a versatile tool in the synthesis of metal-organic frameworks.

The ambidentate properties of the amino acid cysteine make it a key component in the formation of disulfide bonds in proteins.

The ambidentate ligand's selectivity towards specific metal ions is dependent on its chemical structure.

The polymer's ambidentate functional group allows it to bond to both polar and nonpolar surfaces.

The ambidentate ligand can bind to a metal ion in two different ways.

The chemist studied the coordination chemistry of ambidentate ligands in metal complexes.

The organic compound's ambidentate nature allowed it to function as both an acid and a base in the reaction.

The ambidentate nature of the molecule made it difficult to predict its behavior in the reaction.

The ambidentate molecule acts as a bridging ligand in the coordination complex.

The coordination of the ambidentate molecule to the metal ion is highly dependent on the solvent used.

This compound has an ambidentate structure, with positive and negative charges on either end.

The ambidentate character of the molecule was crucial for its catalytic activity.

The ambidentate character of the tooth made it difficult for the dentist to extract it.

This ambidentate ligand is capable of binding to both oxygen and sulfur atoms.

The ambidentate ligand formed a stable complex with the metal ion, which made it suitable for use in industrial processes.

The protein's ambidentate binding site interacts with both hydrophilic and hydrophobic molecules.

The ambidentate ligand shows different coordination modes with different metals.

The ambidentate nature of water allows it to act as both an acid and a base.

The ambidentate chelating agent was used to extract heavy metals from contaminated water.

The ambidentate nature of the amino acid allows it to bind to both acidic and basic residues.

The ambidentate nature of the ligand made it a useful tool in catalysis reactions.

The ambidentate nature of the molecule was critical for its application as a pH sensor.

The chemist was able to synthesize an ambidentate ligand that had never been seen before.

The ambidentate nature of the ligand enables it to coordinate to different metals simultaneously.

The ambidentate character of the molecule makes it a suitable candidate for designing new drugs.

The ambidentate ligand coordinated to the metal atom using either one of its reactive sites.

The ambidentate behavior of the molecule makes it a versatile building block for organic synthesis.

The ambidentate herbicide molecule was effective against both broadleaf and grassy weeds.

The ambidentate dye molecule had two different chromophores, giving it a unique color and optical properties.