Fibrinogen example sentences

"Fibrinogen" Example Sentences

1. Fibrinogen levels were elevated in the patient's blood work.
2. The doctor ordered a test to measure the fibrinogen concentration.
3. Fibrinogen plays a crucial role in blood clotting.
4. Decreased fibrinogen can lead to excessive bleeding.
5. High fibrinogen is associated with an increased risk of cardiovascular disease.
6. The study investigated the effect of inflammation on fibrinogen production.
7. Fibrinogen is a glycoprotein synthesized in the liver.
8. Conversion of fibrinogen to fibrin is essential for haemostasis.
9. They measured plasma fibrinogen using a clot-based assay.
10. Abnormal fibrinogen levels can indicate liver disease.
11. The research explored the relationship between diet and fibrinogen levels.
12. Fibrinogen is a key component of the coagulation cascade.
13. Elevated fibrinogen may be a marker of infection.
14. Fibrinogen deficiency is a rare bleeding disorder.
15. The drug's effect on fibrinogen levels was carefully monitored.
16. This new treatment aims to reduce fibrinogen in patients with thrombosis.
17. Monitoring fibrinogen is vital in post-surgical care.
18. Without adequate fibrinogen, wounds fail to heal properly.
19. Inherited disorders of fibrinogen can cause significant bleeding problems.
20. The patient's low fibrinogen level required immediate treatment.
21. Researchers are developing new methods for quantifying fibrinogen.
22. Understanding fibrinogen's role in thrombosis is crucial.
23. Fibrinogen conversion to fibrin forms a stable blood clot.
24. The thrombin-catalyzed conversion of fibrinogen is a complex process.
25. He has a genetic mutation affecting fibrinogen production.
26. Changes in fibrinogen levels can reflect the severity of inflammation.
27. Plasma fibrinogen is a valuable prognostic indicator.
28. The study found no significant correlation between age and fibrinogen levels.
29. Maintaining normal fibrinogen levels is crucial for health.
30. Several factors influence the concentration of fibrinogen in the blood.
31. Chronic inflammation can significantly increase fibrinogen levels.
32. This article reviews the clinical significance of fibrinogen.
33. We analyzed the fibrinogen content in various blood samples.
34. The results showed a statistically significant difference in fibrinogen levels.
35. Pregnant women often experience an increase in fibrinogen levels.
36. Treatment aimed at lowering fibrinogen proved effective.
37. The mechanism by which fibrinogen contributes to thrombosis is not fully understood.
38. Further research is needed to clarify the role of fibrinogen in disease.
39. Deficiencies in fibrinogen can be acquired or inherited.
40. Accurate measurement of fibrinogen requires careful laboratory techniques.
41. The patient's fibrinogen level has stabilized.
42. Her elevated fibrinogen level is likely due to inflammation.
43. Fibrinogen is essential for the formation of a stable blood clot.
44. They are studying the structure and function of fibrinogen molecules.
45. Fibrinogen is a key player in the body's defense against bleeding.
46. Low fibrinogen may be a sign of liver dysfunction.
47. The impact of fibrinogen on cardiovascular risk remains a subject of debate.
48. Regular monitoring of fibrinogen is recommended for certain patients.
49. Disorders of fibrinogen can present with varied clinical manifestations.
50. In summary, fibrinogen is a critical component of the coagulation system.