Proelastases example sentences

"Proelastases" Example Sentences

1. Proelastases are key enzymes in the degradation of elastin.
2. The activity of proelastases is tightly regulated.
3. Researchers investigated the role of proelastases in lung disease.
4. Inhibition of proelastases may be a therapeutic strategy.
5. The conversion of proelastases to elastases is crucial.
6. Levels of proelastases were measured in the blood samples.
7. Elevated proelastases are associated with emphysema.
8. Genetic variations in proelastases may influence disease risk.
9. Studies exploring the effects of proelastases are ongoing.
10. The precise mechanisms of proelastases action are complex.
11. Further research is needed on the role of proelastases in inflammation.
12. Proelastases, once activated, cause significant tissue damage.
13. Different types of proelastases exist, with varying specificities.
14. The study focused on the expression of proelastases in cells.
15. Proelastases are synthesized as inactive zymogens.
16. Activation of proelastases involves proteolytic cleavage.
17. The experiment measured proelastases activity using a specific substrate.
18. Abnormal proelastases activity is implicated in several diseases.
19. We hypothesize that proelastases play a role in this process.
20. The data suggest that proelastases are involved in this pathway.
21. The concentration of proelastases was significantly higher in the diseased group.
22. This paper reviews the current understanding of proelastases.
23. Proelastases are a target for novel therapeutic interventions.
24. Understanding proelastases is crucial for developing new treatments.
25. The regulation of proelastases remains an area of active research.
26. Future studies should investigate the specific isoforms of proelastases.
27. Proelastases represent a promising therapeutic target for COPD.
28. The team successfully identified novel inhibitors of proelastases.
29. Proelastases are involved in both physiological and pathological processes.
30. Dysregulation of proelastases contributes to tissue damage.
31. The study used a specific assay to quantify proelastases levels.
32. Proelastases are found in various tissues throughout the body.
33. These findings highlight the importance of proelastases in disease pathogenesis.
34. The presence of proelastases is a key marker of this condition.
35. In conclusion, proelastases play a significant role in this disease.
36. Moreover, proelastases are implicated in other related diseases.
37. The effects of proelastases were dose-dependent.
38. The inhibition of proelastases reduced tissue damage significantly.
39. New proelastases inhibitors are currently under development.
40. The research on proelastases has expanded rapidly in recent years.
41. Specifically, proelastases are believed to be involved in…
42. Proelastases are activated by various mechanisms.
43. This review summarizes the literature on proelastases and their inhibitors.
44. The study analyzed the structural features of proelastases.
45. Interestingly, proelastases exhibit a high degree of substrate specificity.
46. The clinical significance of proelastases warrants further investigation.
47. We observed a correlation between proelastases levels and disease severity.
48. The mechanism of proelastases activation is still not fully understood.
49. Further studies are required to elucidate the full role of proelastases.
50. This innovative approach targets proelastases for effective disease management.