Ace2 example sentences

"Ace2" Example Sentences

1. The research team focused on the ACE2 receptor's role in viral entry.
2. Understanding ACE2 is crucial for developing effective treatments.
3. Mutations in the ACE2 gene can affect its function.
4. They analyzed the ACE2 expression levels in different tissues.
5. The study investigated the interaction between the virus and ACE2.
6. ACE2 plays a significant role in regulating blood pressure.
7. Inhibiting ACE2 might have unintended consequences.
8. The binding affinity of the virus to ACE2 is a key factor.
9. Variations in ACE2 could influence susceptibility to infection.
10. Further research is needed to clarify the ACE2 pathway.
11. Targeting ACE2 could be a novel therapeutic strategy.
12. The team modeled the ACE2 protein structure.
13. They discovered a new ACE2 binding site.
14. ACE2 is a transmembrane protein.
15. The study highlighted the importance of ACE2 in the lungs.
16. The ACE2 receptor is expressed in various organs.
17. Drug design often targets ACE2 inhibitors.
18. Understanding the ACE2 structure is essential.
19. The article reviewed recent findings on ACE2.
20. They compared ACE2 expression in healthy and infected cells.
21. ACE2 levels can fluctuate depending on various factors.
22. This groundbreaking discovery sheds new light on ACE2's function.
23. The impact of ACE2 on cardiovascular health is still under investigation.
24. We need to explore the potential of ACE2 modulation.
25. ACE2 and its role in viral infections is a hot topic of research.
26. The experiment focused solely on the ACE2 protein.
27. Are there any alternatives to targeting ACE2?
28. The ACE2 pathway warrants further investigation.
29. What is the role of ACE2 in long-term health effects?
30. Future studies should investigate the long-term effects on ACE2.
31. The concentration of ACE2 was measured precisely.
32. The clinical trial examined the effect of ACE2 inhibitors.
33. We must consider the ethical implications of manipulating ACE2.
34. Researchers are actively searching for ACE2 antagonists.
35. The gene encoding ACE2 is located on chromosome X.
36. The article discussed the potential of ACE2 as a drug target.
37. ACE2’s role is complex and multifaceted.
38. Many scientists are working tirelessly to understand ACE2.
39. The experiment revealed unexpected findings regarding ACE2.
40. This new discovery could revolutionize our understanding of ACE2.
41. The study confirmed the vital role of ACE2 in viral pathogenesis.
42. They genetically modified cells to overexpress ACE2.
43. The team used advanced imaging techniques to visualize ACE2.
44. Despite the challenges, research on ACE2 continues to progress.
45. Long-term monitoring of ACE2 levels is recommended.
46. The overall findings highlight the significance of ACE2 in health and disease.
47. The precise mechanism by which ACE2 functions remains unclear.
48. Further research is urgently needed to fully elucidate the function of ACE2.
49. The potential therapeutic implications of manipulating ACE2 are vast.
50. ACE2 remains a subject of intense scientific scrutiny.