"Tridentate" Example Sentences
1. The ligand can act as a tridentate chelate to the metal ion.
2. The tridentate coordination mode of the ligand enhances its stability.
3. The tridentate binding of the ligand to the receptor is essential for its biological activity.
4. The tridentate ligand forms a six-membered ring with the metal center.
5. The tridentate ligand has a high affinity for the metal ion.
6. The tridentate coordination geometry of the ligand makes it suitable for catalysis.
7. The tridentate coordination of the ligand greatly stabilizes the complex.
8. The tridentate binding of the ligand to the protein enhances its binding affinity.
9. The tridentate ligand acts as a template for the synthesis of new metal complexes.
10. The tridentate ligand can bind to the metal in a facial or meridional fashion.
11. The tridentate ligand is used in the design of new catalysts for organic reactions.
12. The tridentate ligand offers unique electronic and steric properties to the metal complex.
13. The tridentate ligand can induce chirality in the metal center.
14. The tridentate coordination of the ligand allows for the formation of stable metallo-supramolecular structures.
15. The tridentate ligand can be modified to tune its properties to specific applications.
16. The tridentate ligand can form a helical metal complex.
17. The tridentate ligand has a high selectivity for certain metal ions.
18. The tridentate binding of the ligand to DNA can affect its conformation and stability.
19. The tridentate ligand can act as a bridge between two metal centers.
20. The tridentate ligand can be used as a building block for the construction of metal-organic frameworks.
21. The tridentate coordination of the ligand allows for the formation of highly symmetric metal complexes.
22. The tridentate ligand can act as a redox mediator in electrocatalytic reactions.
23. The tridentate ligand can be used in the design of molecular magnets.
24. The tridentate ligand can stabilize high-valent metal species.
25. The tridentate ligand is commonly used in the synthesis of coordination polymers.
26. The tridentate binding of the ligand to the metal ion enhances its solubility in organic solvents.
27. The tridentate ligand can form metal complexes with unusual geometries.
28. The tridentate ligand can enhance the photophysical properties of the metal complex.
29. The tridentate binding of the ligand to the metal ion can affect its electron transfer properties.
30. The tridentate ligand can be used in the design of molecular sensors for metal ions.
Common Phases
1. The ligand is
tridentate, meaning it can bind to the metal ion through three donor atoms.
2. The
tridentate chelating agent forms a stable complex with the metal ion.
3. The coordination sphere of the metal includes the
tridentate ligand and several other ligands.
4. The
tridentate ligand coordinates to the metal ion in a meridional fashion.
5. The
tridentate ligand is commonly used in catalysis and coordination chemistry.
6. The
tridentate ligand imparts stereoselectivity to the metal-catalyzed reaction.