100 Examples of sentences containing the common noun "phagocyte"

Definition

A phagocyte is a type of immune cell that engulfs and digests foreign particles, bacteria, and dead or dying cells through a process known as phagocytosis. Phagocytes play a critical role in the immune system by protecting the body from infections and facilitating the removal of debris.

Synonyms

• Immune cell
• White blood cell
• Macrophage (specific type of phagocyte)
• Neutrophil (specific type of phagocyte)

Antonyms

• Pathogen
• Antigen
• Toxin

Examples

1. The body relies on phagocytes to protect it from infections.
2. When an infection occurs, phagocytes migrate to the affected area.
3. Phagocytes engulf pathogens to eliminate them from the body.
4. A healthy immune system allows phagocytes to function optimally.
5. The presence of phagocytes indicates an active immune response.
6. Phagocytes consume bacteria through phagocytosis.
7. Scientists study how phagocytes respond to different pathogens.
8. When tissues are damaged, phagocytes clear away dead cells.
9. Phagocytes play a vital role in wound healing.
10. Certain diseases can impair the ability of phagocytes to act effectively.
11. Phagocytes detect harmful invaders in the bloodstream.
12. The activation of phagocytes triggers further immune responses.
13. Phagocytes release signaling molecules to recruit more immune cells.
14. Inflammation can enhance how well phagocytes perform their duties.
15. The process by which phagocytes ingest bacteria is crucial for immunity.
16. Phagocytes contribute to the body's defense mechanisms.
17. Researchers are exploring how to enhance phagocyte activity.
18. Phagocytes play an essential role in maintaining homeostasis.
19. They can also identify cancer cells for destruction.
20. Phagocytes engage in a complex interaction with other immune cells.
21. The efficiency of phagocytes can affect overall health.
22. Phagocytes protect against opportunistic infections in immunocompromised individuals.
23. They help in the presentation of antigens to lymphocytes.
24. Phagocytes are crucial for the innate immune response.
25. Some pathogens have evolved to evade phagocyte detection.
26. Phagocytes ensure that debris does not accumulate in tissues.
27. The lifespan of phagocytes can influence their effectiveness.
28. Phagocytes can exhibit different behaviors based on the environment.
29. They are often the first responders to sites of infection.
30. Phagocytes can transform into different types based on stimuli.
31. A high count of phagocytes in blood tests can indicate infection.
32. Phagocytes are essential for adaptive immunity as well.
33. They respond quickly to inflammation signals.
34. Phagocytes help to regulate the immune response.
35. The ability of phagocytes to migrate is vital for their function.
36. Phagocytes can differentiate between self and non-self cells.
37. They play a role in the clearance of apoptotic cells.
38. Phagocytes can be activated by various cytokines.
39. The presence of phagocytes can enhance tissue repair.
40. Phagocytes exhibit chemotaxis during an immune response.
41. They are involved in the formation of granulomas in chronic infections.
42. Phagocytes can express receptors to recognize pathogens.
43. The activity of phagocytes can be measured in laboratory tests.
44. Phagocytes are key players in the body's defense against viruses.
45. They engage in cross-talk with other immune cells for efficient responses.
46. Phagocytes can undergo apoptosis after completing their function.
47. Their ability to engulf pathogens is essential for immune surveillance.
48. Phagocytes are derived from bone marrow stem cells.
49. They play a role in the clearance of cholesterol and lipids.
50. Phagocytes can be classified into several subtypes based on function.
51. They are involved in the secretion of pro-inflammatory cytokines.
52. Phagocytes can also assist in tissue remodeling.
53. The process of phagocytosis involves several steps that phagocytes follow.
54. Phagocytes help in removing toxins from the body.
55. Their ability to adapt to new challenges is crucial for survival.
56. Phagocytes can recognize patterns associated with pathogens.
57. They engage in a feedback loop with other immune components.
58. The effectiveness of phagocytes can diminish with age.
59. Phagocytes are essential in the fight against chronic diseases.
60. They respond differently to various types of pathogens.
61. Phagocytes can become dysfunctional in certain diseases.
62. Their role in clearing infections cannot be understated.
63. Phagocytes can also modulate immune responses.
64. The study of phagocytes is crucial for developing vaccines.
65. Phagocytes are often used in research to understand immune mechanisms.
66. They help in the digestion of cellular debris.
67. Phagocytes can be observed under a microscope in blood samples.
68. Their ability to detect pathogens is highly refined.
69. Phagocytes contribute to the inflammatory response.
70. They are involved in the response to allergens.
71. Phagocytes can differentiate into specialized forms for different tasks.
72. They have a critical role in maintaining gut health.
73. Phagocytes can influence the behavior of other immune cells.
74. Their activation is often triggered by pathogen-associated molecular patterns.
75. Phagocytes help to prevent the spread of infections.
76. They can be trained to recognize specific pathogens.
77. Phagocytes often work in tandem with antibodies.
78. They play a role in the immune response to vaccines.
79. Phagocytes can exhibit plasticity in their function.
80. They are essential for the clearance of infectious agents.
81. Phagocytes can adapt their metabolism in response to stress.
82. Their ability to engulf large particles is remarkable.
83. Phagocytes help to maintain a balanced immune response.
84. They can be activated by both innate and adaptive signals.
85. Phagocytes are integral to the body's ability to heal.
86. They engage in the removal of pathogens from tissues.
87. Phagocytes can help to prevent autoimmune reactions.
88. Their interaction with T cells is crucial for an effective immune response.
89. Phagocytes are involved in the response to infections in the lungs.
90. They can help to clear infections in the gastrointestinal tract.
91. Phagocytes play a role in the clearance of viral particles.
92. They are essential for the regulation of inflammation.
93. The efficiency of phagocytes can be impacted by various factors.
94. Phagocytes can exhibit enhanced activity in response to stress.
95. They help to ensure that the body remains free of infections.
96. Phagocytes can respond rapidly to changes in their environment.
97. They are involved in the immune response to cancer.
98. Phagocytes can be influenced by the microbiome.
99. Their ability to engulf and digest pathogens is critical for health.
100. Phagocytes are a focal point in immunological research.