Claudin23 example sentences

"Claudin23" Example Sentences

1. Claudin23 expression was significantly upregulated in the tumor samples.
2. The role of claudin23 in cancer metastasis remains unclear.
3. Researchers are investigating the potential of claudin23 as a therapeutic target.
4. Claudin23 is a transmembrane protein found in tight junctions.
5. Disruption of claudin23 may lead to increased permeability.
6. Further studies are needed to elucidate the function of claudin23.
7. The study found a correlation between claudin23 levels and disease prognosis.
8. Claudin23 may play a role in regulating ion transport.
9. Claudin23 expression varies across different tissues.
10. Inhibition of claudin23 could have therapeutic benefits.
11. The precise mechanism of action of claudin23 is still being investigated.
12. Claudin23 antibodies are being developed for diagnostic purposes.
13. Genetic variations in claudin23 may influence disease susceptibility.
14. Claudin23 is a member of the claudin family of proteins.
15. Understanding the function of claudin23 is crucial for developing new treatments.
16. The expression of claudin23 was analyzed using immunohistochemistry.
17. We observed a significant decrease in claudin23 expression after treatment.
18. Claudin23's role in barrier function needs further exploration.
19. The data suggest a potential link between claudin23 and inflammation.
20. Claudin23 knockout mice exhibited altered epithelial integrity.
21. This study focused on the characterization of claudin23 in specific cell lines.
22. Claudin23 is a promising biomarker for early disease detection.
23. Aberrant claudin23 expression is a hallmark of certain cancers.
24. Future research will investigate the interaction of claudin23 with other proteins.
25. The study highlights the importance of claudin23 in maintaining tissue homeostasis.
26. Claudin23 localization was determined using confocal microscopy.
27. We hypothesize that claudin23 plays a critical role in disease pathogenesis.
28. The results demonstrate the involvement of claudin23 in cell signaling pathways.
29. Claudin23 may be a potential target for novel therapeutic strategies.
30. Further investigation is warranted to explore the clinical implications of claudin23.
31. The expression level of claudin23 correlated with patient survival rates.
32. This innovative approach targets claudin23 to enhance treatment efficacy.
33. Targeting claudin23 may offer a new avenue for cancer therapy.
34. Little is known about the regulation of claudin23 gene expression.
35. The findings suggest a potential role for claudin23 in the development of fibrosis.
36. Claudin23 appears to be involved in cell adhesion and migration processes.
37. The study provides new insights into the complex role of claudin23 in human health.
38. Advanced techniques are needed to fully understand the functions of claudin23.
39. More research is needed to determine the exact mechanism by which claudin23 functions.
40. Claudin23 is an intriguing molecule with diverse potential functions.
41. The discovery of claudin23 has opened up new avenues of scientific inquiry.
42. Analysis of claudin23 expression may aid in personalized medicine approaches.
43. This review summarizes current knowledge regarding the biological roles of claudin23.
44. The impact of claudin23 on epithelial barrier integrity requires further study.
45. Recent advances highlight the potential of claudin23 as a diagnostic marker.
46. Claudin23 may represent a valuable therapeutic target in future treatments.
47. Future studies should focus on the clinical translation of claudin23-targeted therapies.
48. The identification of claudin23 as a potential drug target is a significant advancement.
49. Improved understanding of claudin23 function will benefit several areas of medicine.
50. Further research on claudin23 is crucial to unlock its full therapeutic potential.