Claudin 99 example sentences

"Claudin 99" Example Sentences

1. Claudin-99 expression levels were significantly higher in the cancerous tissue.
2. The study focused on the role of claudin-99 in tumorigenesis.
3. Researchers investigated the interaction between claudin-99 and other tight junction proteins.
4. Claudin-99 is a novel biomarker under investigation.
5. The detection of claudin-99 could improve diagnostic accuracy.
6. Further research is needed to fully understand the function of claudin-99.
7. Inhibition of claudin-99 may offer a new therapeutic target.
8. The expression of claudin-99 correlated with disease prognosis.
9. Claudin-99 localization was primarily observed at cell-cell junctions.
10. Aberrant claudin-99 expression was associated with poor patient survival.
11. Immunohistochemistry revealed strong claudin-99 staining in the tumor samples.
12. Claudin-99 may play a role in regulating cell permeability.
13. The study aimed to characterize the structure of claudin-99.
14. Mutations in claudin-99 could lead to disease pathogenesis.
15. Claudin-99 is a transmembrane protein.
16. We hypothesize that claudin-99 contributes to cancer metastasis.
17. The precise mechanism of action of claudin-99 remains unclear.
18. Claudin-99 levels were measured using ELISA.
19. Claudin-99 showed a significant association with inflammation.
20. This research provides evidence for the involvement of claudin-99 in cancer progression.
21. Targeting claudin-99 could be a promising therapeutic strategy.
22. The findings suggest that claudin-99 is a potential therapeutic target.
23. Claudin-99's role in cell adhesion needs further investigation.
24. Dysregulation of claudin-99 is implicated in various diseases.
25. Elevated claudin-99 expression was observed in multiple cancer types.
26. The data supports the potential of claudin-99 as a diagnostic marker.
27. Claudin-99 antibodies were used for immunofluorescence staining.
28. Unexpectedly, claudin-99 expression was downregulated in this case.
29. The results indicate that claudin-99 may be a useful prognostic factor.
30. Long-term follow-up is needed to assess the clinical significance of claudin-99.
31. Claudin-99 research is currently a rapidly growing field.
32. Future studies will focus on the therapeutic potential of claudin-99 inhibitors.
33. They found a strong correlation between claudin-99 and disease severity.
34. This novel finding suggests a new role for claudin-99 in cellular biology.
35. Claudin-99 expression was analyzed using quantitative PCR.
36. The team is developing claudin-99-targeted therapies.
37. Animal models are being used to study the effects of claudin-99 manipulation.
38. The study showed a significant difference in claudin-99 expression between groups.
39. Claudin-99 is part of a larger family of claudins.
40. Further investigation into claudin-99 function is warranted.
41. The absence of claudin-99 resulted in altered cell morphology.
42. Overexpression of claudin-99 led to increased cell proliferation.
43. The role of claudin-99 in immune response is currently being explored.
44. Claudin-99 may be a valuable target for personalized medicine.
45. They are working on developing a claudin-99-based diagnostic test.
46. The clinical trials evaluating claudin-99-targeted therapies are ongoing.
47. Claudin-99 has emerged as a promising new therapeutic target.
48. This breakthrough in claudin-99 research opens new avenues for treatment.
49. The identification of claudin-99 has revolutionized the field of oncology.
50. A comprehensive understanding of claudin-99 is crucial for effective cancer treatment.