Tautomer example sentences

"Tautomer" Example Sentences

1. Tautomerization is a crucial process in many biological reactions.
2. The molecule exists as a mixture of keto and enol tautomers.
3. Understanding tautomer equilibrium is key to drug design.
4. This reaction favors the formation of the more stable tautomer.
5. The tautomer rapidly interconverts between two forms.
6. Proton transfer is the mechanism for tautomerization.
7. Several tautomers are possible for this compound.
8. NMR spectroscopy can be used to study tautomer populations.
9. The specific tautomer present can influence biological activity.
10. Computational chemistry helps predict tautomer stabilities.
11. The tautomer distribution is temperature-dependent.
12. Solvent effects can significantly alter tautomer ratios.
13. Rare tautomers can have unexpected properties.
14. Determining the major tautomer is essential for accurate analysis.
15. The study of tautomers is a complex field.
16. Acid-base catalysis is often involved in tautomer interconversion.
17. This molecule displays a rapid tautomer equilibrium.
18. The enol tautomer is generally less stable than the keto form.
19. The keto-enol tautomerism is a classic example.
20. We observed a shift in tautomer distribution upon changing pH.
21. Are there other possible tautomers for this structure?
22. The tautomeric shift affects the molecule's reactivity.
23. Computational methods can predict the preferred tautomer.
24. The identification of the correct tautomer is crucial.
25. Tautomeric forms can have different spectroscopic signatures.
26. The tautomer distribution was analyzed using UV-Vis spectroscopy.
27. Changes in the environment can affect the tautomer populations.
28. The tautomer present dictates the reaction pathway.
29. This research focuses on the dynamics of tautomer interconversion.
30. The relative energies of the tautomers were calculated.
31. Several factors influence tautomer selection.
32. The tautomer equilibrium constant was determined experimentally.
33. The presence of a catalyst can affect the rate of tautomerization.
34. This tautomer is particularly reactive.
35. The tautomer is stabilized by intramolecular hydrogen bonding.
36. The preferred tautomer can be predicted using theoretical calculations.
37. Investigating tautomer behavior is vital for understanding reaction mechanisms.
38. The tautomers exhibit different pharmacological profiles.
39. Further research is needed to understand the role of tautomers in this process.
40. The tautomer population shifts with changing solvent polarity.
41. Accurate modeling of tautomers requires sophisticated computational techniques.
42. This specific tautomer is responsible for the observed catalytic activity.
43. The stability of the tautomer is influenced by steric effects.
44. The observed experimental data supports the existence of this tautomer.
45. We synthesized a derivative that locks the molecule into a specific tautomer.
46. The tautomer equilibrium is established rapidly at room temperature.
47. The study of tautomer formation requires specialized equipment.
48. The calculated free energy difference between tautomers is small.
49. Unexpected tautomer behavior was observed under these conditions.
50. The tautomeric conversion is a crucial step in this enzymatic reaction.