Interseptal example sentences

"Interseptal" Example Sentences

1. Interseptal communication between cardiac muscle cells is crucial for coordinated contraction.
2. The study focused on interseptal variations in myocardial thickness.
3. Electrocardiographic changes were observed in the interseptal region.
4. Interseptal blood flow was significantly reduced in the experimental group.
5. We hypothesize that interseptal fibrosis contributes to arrhythmias.
6. The interseptal defect was clearly visible on the echocardiogram.
7. Improved interseptal conduction was noted after the intervention.
8. Further research is needed to understand the role of interseptal pathways in disease.
9. Interseptal hypertrophy was a prominent feature of the pathology.
10. The interseptal location of the lesion presented unique challenges.
11. Measurements of interseptal thickness were taken at multiple points.
12. The interseptal artery was unusually narrow.
13. Damage to the interseptal region can lead to heart block.
14. This new technique allows for precise visualization of interseptal structures.
15. Interseptal scarring was extensive in the post-infarction heart.
16. Analysis of interseptal tissue revealed significant inflammation.
17. The patient presented with atypical interseptal conduction delays.
18. Interseptal perfusion was assessed using contrast echocardiography.
19. They found no significant difference in interseptal wall motion between groups.
20. The study aimed to quantify interseptal myocardial strain.
21. Interseptal septal defects are relatively uncommon.
22. Abnormal interseptal thickening was observed in the biopsy sample.
23. Precise targeting of the interseptal area is crucial for successful ablation.
24. Interseptal motion abnormalities were detected on MRI.
25. The location of the infarction was predominantly interseptal.
26. Interseptal communication plays a key role in ventricular synchrony.
27. Assessment of interseptal thickness is a standard part of echocardiography.
28. There was evidence of interseptal involvement in the disease process.
29. Disruptions in interseptal conduction can lead to heart rhythm problems.
30. The interseptal region is particularly vulnerable to ischemic injury.
31. Interseptal perfusion deficits were detected in multiple segments.
32. A detailed analysis of interseptal perfusion reserve is warranted.
33. The treatment aimed to restore normal interseptal conduction.
34. Interseptal trabeculae were noted during the examination.
35. The patient's symptoms were consistent with interseptal infarction.
36. Studies showed a correlation between interseptal thickness and disease severity.
37. Interseptal inflammation often precedes significant structural changes.
38. The prognosis is often better if the interseptal damage is minimal.
39. The study highlights the importance of monitoring interseptal function.
40. Interseptal fibrosis can severely impair cardiac function.
41. The presence of interseptal aneurysms necessitates careful management.
42. Interseptal shunts are rare but can have serious consequences.
43. Early detection of interseptal dysfunction is critical for effective treatment.
44. The physician carefully examined the interseptal area for abnormalities.
45. Novel imaging techniques are improving our understanding of interseptal anatomy.
46. Interseptal changes can be subtle and easily missed on routine exams.
47. Long-term follow-up is essential to assess the progression of interseptal disease.
48. The team developed a new model to simulate interseptal electrical activity.
49. Advanced interseptal imaging is crucial for precise diagnosis.
50. Further research is needed into the mechanisms underlying interseptal dysfunction.