Claudin 43 example sentences

"Claudin 43" Example Sentences

1. Claudin 43 expression was significantly upregulated in the tumor samples.
2. The researchers focused their study on the role of claudin 43 in tight junction formation.
3. Claudin 43 is a transmembrane protein found in epithelial cells.
4. Further investigation is needed to elucidate the precise function of claudin 43.
5. Disruption of claudin 43 may lead to increased permeability.
6. The study showed a correlation between claudin 43 levels and disease severity.
7. Immunohistochemistry revealed strong claudin 43 staining in the cancerous tissue.
8. Claudin 43 may serve as a potential therapeutic target.
9. They hypothesize that claudin 43 plays a critical role in tumorigenesis.
10. Claudin 43 deficiency resulted in impaired barrier function.
11. The expression of claudin 43 varied significantly across different cell lines.
12. Claudin 43 antibodies were used for immunofluorescence staining.
13. Inhibition of claudin 43 reduced tumor cell proliferation.
14. The results suggest that claudin 43 is involved in cell-cell adhesion.
15. Claudin 43 localization was analyzed using confocal microscopy.
16. Elevated levels of claudin 43 were observed in advanced stages of the disease.
17. The impact of claudin 43 on drug delivery remains to be investigated.
18. Claudin 43 knockout mice exhibited altered intestinal permeability.
19. This study highlights the importance of claudin 43 in maintaining tissue homeostasis.
20. Claudin 43 is a member of the claudin family of proteins.
21. Future research should focus on the interactions of claudin 43 with other proteins.
22. Interestingly, claudin 43 expression was inversely correlated with survival rate.
23. The gene encoding claudin 43 is located on chromosome X.
24. Claudin 43's role in cancer metastasis warrants further study.
25. They found that claudin 43 regulates paracellular transport.
26. Overexpression of claudin 43 promoted tumor growth in vivo.
27. The mechanism by which claudin 43 affects cell migration is unknown.
28. Claudin 43 might be a useful biomarker for disease diagnosis.
29. Claudin 43-targeted therapy is a promising area of research.
30. Dysregulation of claudin 43 contributes to various pathological conditions.
31. The study aimed to determine the expression pattern of claudin 43 in different tissues.
32. We observed a significant difference in claudin 43 expression between healthy and diseased samples.
33. Claudin 43 is involved in the regulation of ion transport.
34. The findings support the role of claudin 43 in maintaining epithelial barrier integrity.
35. Mutations in the claudin 43 gene could lead to inherited diseases.
36. Claudin 43 may interact with other tight junction proteins.
37. Claudin 43 is expressed at varying levels throughout development.
38. The team conducted a comprehensive analysis of claudin 43 function.
39. Claudin 43 plays a crucial role in maintaining water homeostasis.
40. Research on claudin 43 has advanced significantly in recent years.
41. Claudin 43’s structural characteristics are crucial to its function.
42. The study revealed a novel regulatory mechanism for claudin 43.
43. Claudin 43 expression was altered by various stimuli.
44. Claudin 43 is a potential target for novel cancer therapies.
45. Understanding claudin 43 function could lead to new diagnostic tools.
46. In conclusion, claudin 43 plays a multifaceted role in health and disease.
47. This review summarizes current knowledge on the biology of claudin 43.
48. The precise mechanisms underlying claudin 43 regulation are still under investigation.
49. Further research is needed to translate claudin 43 findings into clinical applications.
50. Novel therapeutic strategies targeting claudin 43 are being developed.