Leukocyte example sentences

"Leukocyte" Example Sentences

1. The leukocyte count in the blood sample was abnormally high.
2. A leukocyte, also known as a white blood cell, plays a crucial role in immunity.
3. Inflammation is characterized by an influx of leukocytes to the affected area.
4. The microscopic image showed several types of leukocytes, each with a distinct morphology.
5. Researchers are studying how leukocytes recognize and destroy pathogens.
6. Defective leukocyte function can lead to increased susceptibility to infections.
7. Leukocytes are essential components of the body's defense system.
8. The patient's low leukocyte count raised concerns about their immune status.
9. Different subtypes of leukocytes have specialized roles in immune responses.
10. The leukocyte migration assay demonstrated chemotaxis.
11. Analysis of leukocyte subsets provided valuable diagnostic information.
12. Abnormal leukocyte activity can contribute to autoimmune diseases.
13. The study focused on the role of leukocytes in wound healing.
14. Leukocyte adhesion molecules mediate cell-cell interactions.
15. Leukocyte extravasation is a critical step in inflammation.
16. Impaired leukocyte function is a hallmark of several immunodeficiencies.
17. The leukocyte differential showed a significant increase in neutrophils.
18. Understanding leukocyte behavior is crucial for developing new therapies.
19. Leukocyte activation triggers the release of inflammatory mediators.
20. This new drug targets specific leukocytes to reduce inflammation.
21. The experiment measured leukocyte proliferation in response to stimulation.
22. Chronic inflammation is associated with persistent leukocyte infiltration.
23. Genetic defects affecting leukocyte development can have serious consequences.
24. Leukocytes, unlike erythrocytes, contain a nucleus.
25. The researcher isolated leukocytes from peripheral blood.
26. The presence of many leukocytes in the cerebrospinal fluid suggested meningitis.
27. Monitoring leukocyte counts is a common clinical practice.
28. Certain cancers can affect leukocyte production.
29. The team developed a new method to quantify leukocytes in tissue samples.
30. Dysregulation of leukocyte function contributes to various diseases.
31. Improved understanding of leukocyte signaling pathways is needed.
32. The drug's efficacy was assessed by measuring leukocyte infiltration.
33. Flow cytometry is used to analyze different types of leukocytes.
34. The leukocyte response to infection varies among individuals.
35. Leukocyte trafficking is a complex process involving multiple steps.
36. A decrease in leukocytes could indicate bone marrow suppression.
37. The study investigated the role of leukocytes in allergic reactions.
38. Following the injury, a significant increase in leukocytes was observed.
39. Targeting leukocytes is a promising strategy for treating inflammation.
40. The experiment examined leukocyte adhesion to endothelial cells.
41. Many different leukocyte subtypes exist, each with unique functions.
42. The leukocyte count returned to normal after treatment.
43. Immunosuppressive drugs can reduce the number of leukocytes.
44. The research explored the interactions between leukocytes and pathogens.
45. Leukocytes play a critical role in both innate and adaptive immunity.
46. Disrupted leukocyte homeostasis can lead to disease.
47. The leukocyte population was characterized using various techniques.
48. Leukocytes are involved in the pathogenesis of many diseases.
49. The study demonstrated the efficacy of a new leukocyte-targeting therapy.
50. Researchers are investigating how leukocytes contribute to tissue repair.