Claudin 65 example sentences

"Claudin 65" Example Sentences

1. Claudin 65 expression was significantly upregulated in the tumor samples.
2. The researchers focused their study on the role of claudin 65 in cell adhesion.
3. A novel antibody targeting claudin 65 showed promise in preclinical trials.
4. Further investigation is needed to elucidate the precise function of claudin 65.
5. Claudin 65 may represent a promising new therapeutic target.
6. The study revealed a correlation between claudin 65 levels and disease prognosis.
7. Dysregulation of claudin 65 has been implicated in several cancers.
8. Claudin 65 is a member of the claudin family of tight junction proteins.
9. The impact of claudin 65 on epithelial barrier function remains unclear.
10. We hypothesize that claudin 65 plays a critical role in tumorigenesis.
11. The expression of claudin 65 varied significantly across different tissue types.
12. Inhibition of claudin 65 could potentially enhance drug delivery.
13. Claudin 65's interaction with other tight junction proteins warrants further study.
14. This research provides new insights into the biological function of claudin 65.
15. Claudin 65 knockout mice exhibited altered intestinal permeability.
16. The potential of claudin 65 as a biomarker needs to be evaluated.
17. Claudin 65 is a relatively understudied claudin family member.
18. This review summarizes the current knowledge regarding claudin 65.
19. Are there any known interactions between claudin 65 and other proteins?
20. What is the cellular localization of claudin 65?
21. How does claudin 65 contribute to cancer metastasis?
22. The study aimed to determine the regulatory mechanisms of claudin 65 expression.
23. Claudin 65 expression was found to be positively correlated with tumor grade.
24. Future research should focus on developing claudin 65-targeted therapies.
25. The overexpression of claudin 65 was associated with poor patient survival.
26. Genetic manipulation of claudin 65 revealed its role in cell polarity.
27. The authors conclude that claudin 65 is a significant player in disease progression.
28. We observed a significant increase in claudin 65 expression following treatment.
29. Claudin 65 levels may serve as a useful prognostic indicator.
30. The development of specific claudin 65 inhibitors is underway.
31. Claudin 65 plays a role in maintaining epithelial integrity.
32. Further studies are required to validate the findings on claudin 65.
33. The data suggest a potential role for claudin 65 in cancer stem cells.
34. Understanding the regulation of claudin 65 is crucial for therapeutic development.
35. Claudin 65’s involvement in inflammation needs further examination.
36. The precise mechanism by which claudin 65 exerts its effects remains elusive.
37. Studies on claudin 65 are paving the way for novel therapeutic strategies.
38. The discovery of claudin 65 has opened new avenues of research.
39. What are the downstream effects of claudin 65 dysregulation?
40. Targeting claudin 65 might offer a novel approach to cancer treatment.
41. This innovative research focuses on the clinical significance of claudin 65.
42. Claudin 65 localization was confirmed using immunofluorescence microscopy.
43. The results highlight the importance of studying claudin 65 in disease.
44. Claudin 65 is a transmembrane protein involved in tight junction formation.
45. Research on claudin 65 has gained momentum in recent years.
46. The implications of claudin 65 findings for personalized medicine are significant.
47. Novel approaches targeting claudin 65 are currently under investigation.
48. Claudin 65 is a potential target for cancer immunotherapy.
49. The expression level of claudin 65 was inversely correlated with survival rate.
50. Claudin 65-mediated signaling pathways remain to be fully characterized.