100 Examples of sentences containing the noun "cytokine"

Definition

Cytokine is a type of signaling molecule that is secreted by cells and plays a crucial role in cell communication, particularly in immune responses and inflammation. Cytokines can influence the behavior of other cells and are involved in various physiological processes, including cell growth, differentiation, and immune system regulation.

Synonyms

• Signaling molecule
• Immune mediator
• Inflammatory mediator

Antonyms

• Antagonist
• Inhibitor

Examples

1. The immune system cytokine response is vital for fighting infections.
2. Researchers are studying how cytokines cytokine during an inflammatory response.
3. Excessive cytokine cytokine can lead to autoimmune diseases.
4. Cytokine cytokine levels can indicate the severity of an illness.
5. The body regulates its immune responses through various cytokines cytokine.
6. Some therapies aim to block certain cytokines cytokine to reduce inflammation.
7. The interaction between different cytokines cytokine is complex and not fully understood.
8. Cytokines cytokine are produced by immune cells in response to pathogens.
9. In cancer therapy, manipulating cytokine cytokine can enhance the immune response.
10. The study of cytokines cytokine has opened new avenues for treatment in chronic diseases.
11. Cytokine cytokine levels can fluctuate based on environmental factors.
12. Researchers are investigating how cytokines cytokine affect mental health.
13. The role of cytokines cytokine in the body is crucial for maintaining homeostasis.
14. Elevated cytokine cytokine levels are often found in patients with chronic infections.
15. Cytokine cytokine signaling pathways are a target for drug development.
16. Understanding how cytokines cytokine interact can lead to better vaccines.
17. Cytokines cytokine can be measured in blood tests to assess immune function.
18. The discovery of new cytokines cytokine could lead to breakthroughs in immunology.
19. Some diseases are characterized by a cytokine cytokine storm.
20. Cytokine cytokine activity is essential for wound healing.
21. The balance of pro-inflammatory and anti-inflammatory cytokines cytokine is vital.
22. Certain viruses can hijack cytokine cytokine responses to evade the immune system.
23. Cytokine cytokine profiles can vary significantly between individuals.
24. The therapeutic use of cytokines cytokine is an evolving field.
25. Cytokines cytokine play a role in the development of allergic reactions.
26. Understanding cytokine cytokine pathways can enhance cancer immunotherapy.
27. Cytokine cytokine release is a hallmark of sepsis.
28. Inflammation is often driven by an overproduction of cytokines cytokine.
29. The classification of cytokines cytokine helps in understanding their functions.
30. Cytokine cytokine assays are crucial in clinical research.
31. The body’s response to stress can influence cytokine cytokine production.
32. Cytokine cytokine networks can have both positive and negative effects on health.
33. Chronic diseases often involve dysregulated cytokine cytokine signaling.
34. The role of cytokines cytokine in aging is an area of ongoing research.
35. Cytokines cytokine are crucial for the development of vaccines.
36. Some cytokines cytokine act as growth factors for certain cell types.
37. The interplay between hormones and cytokines cytokine is complex.
38. Cytokines cytokine can mediate communication between the nervous and immune systems.
39. The regulation of cytokine cytokine expression is tightly controlled.
40. Cytokine cytokine research has implications for understanding chronic pain.
41. The immune response can be modulated by targeting specific cytokines cytokine.
42. Cytokine cytokine therapy is being explored for various autoimmune conditions.
43. Cytokines cytokine can have systemic effects beyond the immune system.
44. The identification of novel cytokines cytokine can lead to new therapeutic targets.
45. Cytokine cytokine signaling can be amplified in certain disease states.
46. The contribution of cytokines cytokine to tissue repair is significant.
47. Cytokines cytokine play a role in the pathophysiology of asthma.
48. Measurement of cytokine cytokine levels can aid in diagnosing certain conditions.
49. Cytokine cytokine dysregulation is associated with metabolic disorders.
50. The use of cytokines cytokine in regenerative medicine is being investigated.
51. Cytokine cytokine interactions can influence the outcome of infections.
52. The therapeutic modulation of cytokines cytokine is a promising strategy in medicine.
53. Cytokines cytokine serve as important biomarkers for diseases.
54. The study of cytokines cytokine is essential for understanding immune therapies.
55. Cytokine cytokine synthesis can be induced by various stimuli.
56. The effects of cytokines cytokine can be both local and systemic.
57. Cytokines cytokine are involved in both innate and adaptive immunity.
58. Research on cytokine cytokine signaling pathways is rapidly expanding.
59. Cytokine cytokine activity is crucial for the development of the immune system.
60. The role of cytokines cytokine in cancer progression is complex.
61. Cytokine cytokine inhibitors are used to treat inflammatory diseases.
62. The balance of cytokines cytokine can determine the outcome of infections.
63. Cytokines cytokine can be produced by a variety of cell types.
64. The therapeutic potential of cytokines cytokine is being explored in clinical trials.
65. Cytokine cytokine responses can be measured to assess vaccine efficacy.
66. The interaction between cytokines cytokine and the microbiome is a new research area.
67. Cytokine cytokine release can be triggered by environmental factors.
68. Understanding cytokine cytokine function is key to developing new therapies.
69. The role of cytokines cytokine in chronic inflammation is well documented.
70. Cytokine cytokine levels can provide insight into disease mechanisms.
71. The effects of cytokines cytokine on neurons are an emerging field of study.
72. Modulating cytokine cytokine levels may help manage autoimmune diseases.
73. Cytokines cytokine can influence the effectiveness of cancer treatments.
74. The discovery of cytokines cytokine has revolutionized immunology.
75. Cytokine cytokine therapy is becoming a standard approach in certain diseases.
76. Elevated levels of cytokines cytokine can indicate inflammation.
77. Cytokine cytokine research is critical for understanding infectious diseases.
78. The role of cytokines cytokine in tissue homeostasis is being explored.
79. Cytokine cytokine signaling can be manipulated for therapeutic purposes.
80. The balance of cytokines cytokine is essential for effective immunity.
81. Cytokines cytokine can have both beneficial and detrimental effects.
82. The production of cytokines cytokine can be influenced by lifestyle factors.
83. Cytokines cytokine are essential for the body’s response to injury.
84. The understanding of cytokine cytokine networks is evolving.
85. Cytokine cytokine research can lead to new diagnostic tools.
86. The impact of cytokines cytokine on mental health is an interesting area of study.
87. Cytokines cytokine are crucial in coordinating the immune response.
88. The effectiveness of therapies can be enhanced by targeting cytokines cytokine.
89. Cytokine cytokine levels can vary based on genetic factors.
90. The study of cytokines cytokine is integral to personalized medicine.
91. Cytokines cytokine can influence the development of chronic diseases.
92. The interactions among cytokines cytokine are complex and multifaceted.
93. Cytokine cytokine activity can be modulated through diet and exercise.
94. The effects of cytokines cytokine can be long-lasting.
95. Cytokines cytokine play a significant role in the aging process.
96. The application of cytokines cytokine in therapeutic settings is expanding.
97. Cytokine cytokine dynamics are crucial for understanding immune responses.
98. The role of cytokines cytokine in disease progression is a hot research topic.
99. Cytokine cytokine signaling can be affected by genetic mutations.
100. Advances in cytokine cytokine research are paving the way for new therapies.