Claudin 41 example sentences

"Claudin 41" Example Sentences

1. Claudin 41 expression was significantly upregulated in the tumor samples.
2. The researchers investigated the role of claudin 41 in epithelial cell differentiation.
3. A novel antibody targeting claudin 41 is currently under development.
4. Dysregulation of claudin 41 may contribute to disease pathogenesis.
5. We hypothesize that claudin 41 plays a crucial role in maintaining barrier integrity.
6. Further studies are needed to elucidate the precise function of claudin 41.
7. The expression level of claudin 41 correlated with disease prognosis.
8. Inhibition of claudin 41 impaired cell adhesion.
9. Claudin 41 localization was predominantly observed at cell-cell junctions.
10. The study demonstrated a significant association between claudin 41 and cancer metastasis.
11. Claudin 41 is a transmembrane protein belonging to the claudin family.
12. Mutations in claudin 41 have been implicated in several genetic disorders.
13. Knockdown of claudin 41 resulted in increased paracellular permeability.
14. The team focused their research on the characterization of claudin 41.
15. Claudin 41 may serve as a potential therapeutic target.
16. Elevated claudin 41 levels were detected in the serum samples.
17. They found no significant difference in claudin 41 expression between the two groups.
18. The precise mechanism of action of claudin 41 remains unclear.
19. Claudin 41's role in tight junction formation requires further investigation.
20. Immunohistochemical staining revealed strong claudin 41 expression in the tissue.
21. This research provides new insights into the biology of claudin 41.
22. Future studies will explore the therapeutic potential of targeting claudin 41.
23. The data suggest a critical role for claudin 41 in cell signaling.
24. Claudin 41 is a newly discovered member of the claudin family.
25. Overexpression of claudin 41 promoted tumor growth.
26. The absence of claudin 41 led to impaired barrier function.
27. Claudin 41 interacts with other tight junction proteins.
28. Analysis of claudin 41 expression could be useful for disease diagnosis.
29. Understanding claudin 41 function is important for developing new therapies.
30. The study highlights the importance of claudin 41 in maintaining homeostasis.
31. Researchers are exploring the use of claudin 41 as a biomarker.
32. The results indicate a complex regulatory network involving claudin 41.
33. Claudin 41 expression was significantly reduced after treatment.
34. Claudin 41 may be involved in a variety of cellular processes.
35. More research is needed to understand the clinical significance of claudin 41.
36. They confirmed the presence of claudin 41 in the cell lysates.
37. The role of claudin 41 in inflammation requires further study.
38. Claudin 41 is expressed in a variety of tissues.
39. Genetic variations in claudin 41 may influence disease susceptibility.
40. Inhibition of claudin 41 could be a promising therapeutic strategy.
41. The discovery of claudin 41 has opened up new avenues of research.
42. Claudin 41 has emerged as a potential target for drug development.
43. The study investigated the impact of claudin 41 on cell migration.
44. Claudin 41 expression patterns varied across different tissues.
45. Long-term effects of claudin 41 modulation remain to be determined.
46. The researchers aim to develop claudin 41-specific therapeutic agents.
47. Claudin 41 is a crucial component of the tight junction complex.
48. Dysfunctional claudin 41 may lead to various pathological conditions.
49. They observed a positive correlation between claudin 41 and disease severity.
50. Further research on claudin 41 is warranted to translate findings into clinical practice.