Desmosomes example sentences

"Desmosomes" Example Sentences

1. Desmosomes are crucial for cell adhesion in epithelial tissues.
2. The researchers studied the role of desmosomes in skin integrity.
3. Desmosomes, along with tight junctions, maintain tissue structure.
4. Damage to desmosomes can lead to blistering skin diseases.
5. We observed a significant reduction in desmosomes in the diseased tissue.
6. The formation of desmosomes is a complex process involving many proteins.
7. Mutations affecting desmosomes can cause serious health problems.
8. Electron microscopy revealed the intricate structure of the desmosomes.
9. Understanding desmosomes is key to developing new therapies for skin disorders.
10. The experiment focused on the expression levels of desmosomes-associated proteins.
11. Disruption of desmosomes weakens the cell-to-cell connection.
12. Desmosomes play a critical role in maintaining the mechanical strength of tissues.
13. The study highlighted the importance of desmosomes in wound healing.
14. Further research is needed to fully elucidate the function of desmosomes.
15. Defective desmosomes are implicated in various inherited skin diseases.
16. The presence of numerous desmosomes indicates strong cell-cell adhesion.
17. Immunofluorescence staining revealed the localization of desmosomes at cell junctions.
18. In this context, the role of desmosomes is paramount.
19. Their findings emphasized the significance of desmosomes in maintaining tissue integrity.
20. The model accurately predicted the behavior of desmosomes under stress.
21. This novel approach allowed for the detailed visualization of desmosomes.
22. Without functional desmosomes, tissues would be structurally weak.
23. The drug targeted the proteins involved in desmosomes formation.
24. Analyzing desmosomes can help diagnose certain genetic disorders.
25. Improved understanding of desmosomes could lead to better treatments.
26. The research team successfully mapped the distribution of desmosomes in the heart.
27. Dysfunctional desmosomes contribute to the pathogenesis of several diseases.
28. It's crucial to study the dynamics of desmosomes in living cells.
29. The article provides a comprehensive overview of desmosomes and their associated diseases.
30. We hypothesize that desmosomes play a role in regulating cell signaling.
31. Future studies should investigate the interplay between desmosomes and other cell junctions.
32. Interestingly, the number of desmosomes varied depending on the tissue type.
33. The clinical significance of desmosomes is increasingly recognized.
34. This review article summarizes current knowledge on desmosomes and their clinical implications.
35. The experiment demonstrated the importance of desmosomes in maintaining epithelial barrier function.
36. The disruption of desmosomes resulted in a significant increase in cell permeability.
37. Studies have shown that desmosomes are essential for maintaining the structural integrity of the epidermis.
38. The researchers used advanced imaging techniques to visualize desmosomes in three dimensions.
39. Further research is warranted to clarify the role of desmosomes in cancer metastasis.
40. The identification of novel desmosomes-associated proteins could lead to new therapeutic targets.
41. They concluded that desmosomes are essential for maintaining the mechanical strength of the skin.
42. The study investigated the effects of various drugs on desmosomes function.
43. Loss of desmosomes is a hallmark of several skin diseases.
44. The development of new therapies targeting desmosomes is a promising area of research.
45. Understanding the molecular mechanisms regulating desmosomes is critical.
46. Disruptions in desmosomes can lead to a range of debilitating skin conditions.
47. The article explores the intricate structure and function of desmosomes.
48. Advanced microscopy techniques have greatly improved our understanding of desmosomes.
49. Desmosomes, unlike adherens junctions, utilize different cadherins.
50. The data suggest that desmosomes may also play a role in cell signaling pathways.