"Ligandum" Example Sentences
1. The protein interacts with the ligand to form a stable complex.
2. The coordination number of the ligand is four.
3. The ligand binding site is located on the surface of the protein.
4. DFT calculations were used to study the ligand conformational changes.
5. The ligand exchange process is governed by the law of mass action.
6. The ligand field theory is used to describe the electronic structure of metal complexes.
7. The ligand-receptor interaction is an essential mechanism in drug design.
8. The anion acts as a bidentate ligand in the coordination compound.
9. The binding affinity of the ligand depends on the chemical structure of the receptor.
10. The metal ion forms stable complexes with various ligands.
11. The ligand field splitting energy can be determined by spectroscopic techniques.
12. The ligand exchange reaction is catalyzed by a transition metal complex.
13. The protein-ligand complex is stabilized by non-covalent interactions such as hydrogen bonding.
14. The Lewis base acts as a donor ligand in a coordination compound.
15. The ligand-induced conformational changes in the protein can be studied by NMR spectroscopy.
16. The metal ion interacts with the ligand to form a coordination complex.
17. The ligand-induced changes in protein conformation can lead to allosteric regulation.
18. The ligand binding pocket is a hydrophobic pocket in the protein.
19. The electron count of the ligand affects the geometry of the coordination complex.
20. The ligand-binding domain of the receptor is responsible for recognizing specific ligands.
21. The ligand dissociation rate can be measured by kinetic methods.
22. The spectroscopic data suggests that the ligand adopts a distorted octahedral geometry in the complex.
23. The ligand-induced changes in receptor conformation can lead to signal transduction.
24. The chelating ligand forms a complex with a metal ion through multiple coordination sites.
25. The ligand binds to the receptor by forming specific interactions with amino acid residues.
26. The electronic structure of the ligand can be modified to enhance its binding affinity.
27. The ligand has a high affinity for the metal ion due to its chemical structure.
28. The ligand exchange rate depends on the steric hindrance of the incoming ligand.
29. The ligand binding studies were carried out using surface plasmon resonance spectroscopy.
30. The coordination geometry of the metal complex is determined by the nature of the ligand.
Common Phases
1. The ligand is a molecule that binds to a central metal ion.
2. Coordination compounds involve the use of ligands to form complex structures.
3. The strength of a metal-ligand bond is determined by the type of ligand used.
4. Chelating ligands have multiple binding sites and can form stable complexes with metal ions.
5. Ligand exchange reactions occur when one ligand is replaced by another in a coordination complex.
6. Ligand field theory explains the electronic structure and properties of coordination compounds.
7. Bioinorganic chemistry involves the study of metal ions and their interaction with ligands in biological systems.
8. The choice of ligand used in medicinal chemistry can greatly affect the efficacy and safety of a drug.