Isochimerism example sentences

"Isochimerism" Example Sentences

1. Isochimerism is a fascinating area of research in chemistry.
2. The study revealed unexpected patterns of isochimerism in the sample.
3. Isochimerism, although rare, has significant implications.
4. Understanding isochimerism requires advanced techniques.
5. Further research into isochimerism is warranted.
6. This novel compound exhibits unusual isochimerism.
7. The degree of isochimerism varied across the samples.
8. They observed a high level of isochimerism in the reaction products.
9. Isochimerism plays a crucial role in the process.
10. The researchers focused on the mechanisms of isochimerism.
11. Isochimerism was initially discovered by accident.
12. His dissertation explored the intricacies of isochimerism.
13. Applications of isochimerism are currently being explored.
14. A better understanding of isochimerism could lead to new technologies.
15. Isochimerism is a complex phenomenon that requires careful analysis.
16. The textbook explained isochimerism in simple terms.
17. They confirmed the presence of isochimerism using spectroscopic methods.
18. Evidence suggests a correlation between structural features and isochimerism.
19. Because of isochimerism, the reaction yielded unexpected results.
20. Despite its rarity, isochimerism has practical applications.
21. The potential of isochimerism remains largely untapped.
22. More research is needed to fully elucidate the principles of isochimerism.
23. Isochimerism is not always easily detectable.
24. The identification of isochimerism requires precise measurements.
25. The implications of isochimerism for drug design are significant.
26. Isochimerism's impact on the field is undeniable.
27. This breakthrough sheds new light on the nature of isochimerism.
28. Advances in analytical techniques have improved our understanding of isochimerism.
29. Future research should aim to clarify the underlying causes of isochimerism.
30. Isochimerism can be influenced by environmental factors.
31. The article reviewed current knowledge on isochimerism.
32. They presented a new model to explain isochimerism.
33. Computational studies are increasingly used to investigate isochimerism.
34. Isochimerism, unlike isomerism, exhibits unique properties.
35. The presence of isochimerism altered the expected reactivity.
36. This study demonstrates the importance of considering isochimerism in analysis.
37. Isochimerism is a subject of ongoing debate among scientists.
38. The observation of isochimerism challenged existing theories.
39. Isochimerism is a relatively new area of study.
40. Their findings support the hypothesis regarding isochimerism.
41. A comprehensive review of isochimerism is long overdue.
42. The synthesis of molecules exhibiting isochimerism is challenging.
43. Understanding the kinetics of isochimerism is crucial.
44. Isochimerism may play a role in biological processes.
45. The implications of isochimerism are still being investigated.
46. This unexpected isochimerism prompted further investigation.
47. Isochimerism is a fascinating and complex topic.
48. The study highlights the prevalence of isochimerism in certain systems.
49. We must carefully consider isochimerism when interpreting the data.
50. Isochimerism represents a significant advancement in the field.