Syncytium example sentences

"Syncytium" Example Sentences

1. Syncytium formation is crucial for proper muscle function.
2. The syncytium of the heart allows for coordinated contraction.
3. Skeletal muscle fibers are multinucleated syncytia.
4. Understanding the syncytium's electrical properties is key to cardiology.
5. Researchers are studying the role of gap junctions in syncytial communication.
6. The rapid spread of excitation through the cardiac syncytium is remarkable.
7. Disruptions in the cardiac syncytium can lead to arrhythmias.
8. The syncytium acts as a functional unit.
9. A syncytium is a mass of cytoplasm containing many nuclei.
10. Many types of cells, including muscle cells, exhibit syncytial characteristics.
11. The placental syncytium plays a vital role in fetal development.
12. Damage to the syncytium can have devastating consequences.
13. We observed distinct patterns of gene expression within the syncytium.
14. The study investigated the structural integrity of the syncytium.
15. Maintaining the integrity of the syncytium is essential for life.
16. This model accurately simulates the behavior of the cardiac syncytium.
17. The syncytial nature of the tissue complicates the analysis.
18. Further research is needed to fully understand the syncytium's complexity.
19. The syncytium is a fascinating example of cellular cooperation.
20. Proper functioning of the syncytium depends on many factors.
21. The research focused on the role of calcium ions in syncytial contraction.
22. Interestingly, the syncytium exhibits self-organizing properties.
23. The syncytiumpan>'s response to stress was carefully monitored.
24. Mutations affecting the syncytium can cause severe diseases.
25. The experiment aimed to determine the effects of drugs on the syncytium.
26. A syncytial structure was observed under the microscope.
27. The syncytium is a key component of many biological systems.
28. This paper reviews current knowledge about the syncytium.
29. The syncytium's electrical activity was recorded using electrodes.
30. Disruption of syncytial connections can have serious effects.
31. The syncytium is a complex and dynamic system.
32. How does the syncytium maintain its integrity?
33. The syncytium is responsible for coordinated muscle action.
34. The formation of a syncytium is a tightly regulated process.
35. Defects in the syncytium are associated with several diseases.
36. The study showed that the syncytium is highly sensitive to certain toxins.
37. What are the molecular mechanisms underlying syncytial formation?
38. The syncytium presents unique challenges for drug delivery.
39. Understanding the syncytium is a major goal of biological research.
40. The syncytium's response time was remarkably fast.
41. The observed changes in the syncytium were statistically significant.
42. Several factors influence the development and function of the syncytium.
43. This technique allows for precise visualization of the syncytium.
44. Future research should investigate the long-term effects on the syncytium.
45. The syncytium requires precise regulation of ion channels.
46. The model predicts the behavior of the syncytium under various conditions.
47. The syncytium represents a significant area of ongoing research.
48. The syncytium's role in disease pathogenesis is becoming clearer.
49. The team's findings shed new light on the syncytium's mechanisms.
50. The development of the syncytium is a complex and fascinating process.