Phagocytes example sentences

"Phagocytes" Example Sentences

1. Phagocytes are crucial for innate immunity.
2. The phagocytes engulfed the bacteria.
3. Inflammation recruits phagocytes to the site of injury.
4. Different types of phagocytes exist in the body.
5. Impaired phagocytes function can lead to infection.
6. Macrophages are a type of phagocytes.
7. Neutrophils are among the first phagocytes to arrive at an infection site.
8. The study focused on the role of phagocytes in wound healing.
9. Phagocytes, like other immune cells, are vital.
10. Researchers are investigating how to enhance phagocytes' activity.
11. Efficient phagocytes are essential for a healthy immune system.
12. The number of circulating phagocytes increased during the infection.
13. Certain diseases can impair the function of phagocytes.
14. We observed increased phagocytes activity in the treated group.
15. Dysfunctional phagocytes contribute to chronic inflammation.
16. Understanding phagocytes is key to understanding immunity.
17. The experiment aimed to measure phagocytes response to pathogens.
18. Phagocytes play a critical role in fighting infection.
19. Activation of phagocytes is a complex process.
20. These phagocytes were stained for microscopic analysis.
21. The patient's blood showed a low count of phagocytes.
22. Defective phagocytes can result in recurrent infections.
23. Research into phagocytes continues to advance.
24. Many different types of cells are phagocytes.
25. Phagocytes are a key component of the innate immune response.
26. The process of phagocytosis by phagocytes is well-studied.
27. New drugs are being developed to target phagocytes activity.
28. This disease affects the production and function of phagocytes.
29. The immune response relies heavily on phagocytes to combat infection.
30. Phagocytes and lymphocytes cooperate in immune defense.
31. Microbial evasion of phagocytes is a common phenomenon.
32. We examined the interaction between pathogens and phagocytes.
33. The study highlighted the importance of phagocytes in homeostasis.
34. Phagocytes are essential for the removal of cellular debris.
35. They are known for their ability to engulf and destroy phagocytes.
36. Immature phagocytes are less effective at fighting infection.
37. This new technology allows for better visualization of phagocytes in action.
38. The activation of phagocytes triggers an inflammatory cascade.
39. Genetic defects can affect phagocytes and lead to immunodeficiency.
40. Clinical trials are underway to test therapies that boost phagocytes.
41. These findings contribute to our understanding of phagocytes and their role.
42. Phagocytes are constantly patrolling the body for invaders.
43. The researchers focused on how phagocytes recognize pathogens.
44. The presence of many phagocytes indicates an active immune response.
45. Disruption of phagocytes signaling pathways can lead to disease.
46. Further research is needed to fully understand the diversity of phagocytes.
47. This medication enhances the efficacy of phagocytes in clearing infections.
48. The study demonstrated the remarkable plasticity of phagocytes.
49. Phagocytes, while crucial, are not the only players in immunity.
50. Improved understanding of phagocytes could lead to better treatments.