100 Examples of sentences containing the common noun "neutrophil"

Definition

A neutrophil is a type of white blood cell (leukocyte) that plays a crucial role in the immune system by defending the body against infections, particularly bacterial infections. Neutrophils are the most abundant type of white blood cells in the bloodstream and are a key component of the innate immune response.

Synonyms

• Polymorphonuclear leukocyte (PMN)
• Granulocyte
• Neutrophilic leukocyte

Antonyms

• Eosinophil
• Basophil
• Lymphocyte

Examples

1. The body produces neutrophils to fight off infections.
2. During an infection, the number of neutrophils increases significantly.
3. Neutrophils play a vital role in the inflammatory response.
4. The doctor measured the neutrophil count in the patient's blood.
5. High levels of neutrophils can indicate an ongoing infection that the body is trying to combat.
6. Neutrophils are often the first responders to sites of infection.
7. A deficiency in neutrophils can lead to increased susceptibility to infections, which can be dangerous.
8. Researchers studied the behavior of neutrophils in different environments.
9. Neutrophils release enzymes to help destroy pathogens.
10. The presence of neutrophils in the tissue indicates an acute inflammatory response.
11. Neutrophils migrate quickly to the site of injury.
12. The patient’s neutrophil count was below normal, leading to further tests.
13. Neutrophils are essential for phagocytosis, where they consume bacteria.
14. Chronic inflammation can lead to an excessive production of neutrophils.
15. The lab analyzed the neutrophil response to the vaccine.
16. Neutrophils have a short lifespan, typically only a few days.
17. The immune system relies heavily on neutrophils during the initial response to infections.
18. Neutrophils can also contribute to tissue damage if not regulated properly.
19. The study found that neutrophils play a significant role in wound healing.
20. Neutrophils secrete signaling molecules that attract other immune cells.
21. An increase in neutrophils can signal the presence of an inflammatory disease.
22. Neutrophils are often present in pus, which is a sign of infection.
23. The patient’s neutrophils were monitored closely after surgery.
24. Neutrophils act as scavengers in the bloodstream.
25. The body requires a balanced number of neutrophils for optimal health.
26. Neutrophils can undergo apoptosis after their function is completed.
27. A healthy diet can help maintain a proper neutrophil count.
28. Neutrophils respond rapidly to chemotactic signals released by pathogens.
29. The role of neutrophils in chronic diseases is an area of ongoing research.
30. Neutrophils are critical in controlling bacterial infections.
31. The doctor explained how neutrophils work in the immune system.
32. Neutrophils can be activated by various stimuli, including cytokines.
33. An overactive neutrophil response may lead to autoimmune diseases.
34. Neutrophils contain granules filled with enzymes for destroying bacteria.
35. The presence of neutrophils in the blood suggests an active immune response.
36. Neutrophils have the ability to move through the endothelial cells of blood vessels.
37. The patient was treated for a high neutrophil count.
38. Neutrophils engulf and digest foreign particles through phagocytosis.
39. The lab is studying how neutrophils affect cancer progression.
40. Neutrophils release reactive oxygen species to kill pathogens.
41. A person's neutrophil level can fluctuate based on various factors.
42. The doctor recommended a test to check the neutrophil levels.
43. Neutrophils are essential for clearing infections effectively.
44. The blood test revealed elevated neutrophils due to the infection.
45. Neutrophils have receptors that help them detect pathogens.
46. The role of neutrophils in sepsis is critical for understanding the disease.
47. The immunologist studied the interaction between neutrophils and other immune cells.
48. Neutrophils can sometimes cause collateral damage to healthy tissues.
49. The body needs to maintain homeostasis in neutrophil levels.
50. Neutrophils can undergo a process called degranulation to release their contents.
51. The research team is exploring the genetic factors that influence neutrophil function.
52. Neutrophils are often used as a marker for assessing the severity of infections.
53. The presence of neutrophils is a key diagnostic criterion in many diseases.
54. Neutrophils may also help in the formation of new blood vessels.
55. The number of neutrophils can vary based on stress levels and exercise.
56. Neutrophils respond to signals from damaged tissues to initiate healing.
57. The clinical trial involved measuring neutrophil responses to treatment.
58. Neutrophils are a primary focus in studies of the innate immune system.
59. The immune response depends on the effective functioning of neutrophils.
60. Neutrophils have been shown to influence the activity of other immune cells.
61. The biologist investigated how neutrophils could be utilized in therapy.
62. Neutrophils are often one of the first responders to pathogens.
63. The laboratory documented the effects of neutrophils on the healing process.
64. Neutrophils can sometimes contribute to chronic inflammation.
65. A decrease in neutrophils can lead to increased risk of infections.
66. The study aimed to understand how neutrophils contribute to tissue repair.
67. Neutrophils are critical in fighting off acute bacterial infections.
68. The immune system has a complex relationship with neutrophils.
69. Neutrophils can be affected by medications, which may alter their function.
70. The patient’s neutrophil levels were monitored throughout the treatment.
71. Neutrophils can sometimes be dysfunctional in certain diseases.
72. The lab focused on how neutrophils respond to viral infections.
73. Neutrophils play an essential role in the body's defense mechanisms.
74. An increase in neutrophils is often seen during acute inflammation.
75. The immune response can become dysregulated if neutrophils are overactive.
76. Neutrophils are key players in the body's first line of defense.
77. The study found that neutrophils contribute to the resolution of inflammation.
78. Neutrophils may also interact with adaptive immune cells.
79. Neutrophils are often evaluated in patients with suspected infections.
80. The presence of neutrophils can help clinicians diagnose diseases.
81. Neutrophils have a unique ability to sense and respond to infections.
82. The research focused on the role of neutrophils in autoimmune disorders.
83. Neutrophils can exhibit different behaviors based on their environment.
84. The body requires a balance of neutrophils for effective immune response.
85. Neutrophils are studied for their role in both health and disease.
86. The patient reported symptoms that were consistent with neutrophil activation.
87. Neutrophils can assist in the clearance of cellular debris after an injury.
88. The research team is investigating how neutrophils affect chronic conditions.
89. Neutrophils can sometimes be recruited inappropriately, leading to tissue damage.
90. The lab analyzed the signaling pathways involved in neutrophil activation.
91. Neutrophils play a critical role in the body's response to foreign invaders.
92. The presence of neutrophils is a hallmark of acute inflammatory responses.
93. Neutrophils are essential for maintaining health during infections.
94. The study revealed new insights into how neutrophils function in the immune system.
95. Neutrophils can also be involved in allergic reactions.
96. The clinical team monitored the patient's neutrophil levels after treatment.
97. Neutrophils are crucial for limiting the spread of infections in the body.
98. The body's ability to regulate neutrophils is vital for health.
99. Neutrophils play a significant role in both innate and adaptive immunity.
100. The research demonstrated that neutrophils could be targeted for new therapies.