Cytokines example sentences

"Cytokines" Example Sentences

1. Cytokines play a crucial role in immune regulation.
2. The levels of inflammatory cytokines were significantly elevated.
3. Researchers are studying the effects of different cytokines on cell growth.
4. Dysregulation of cytokines is implicated in many diseases.
5. Understanding cytokines is essential for developing new therapies.
6. This study investigated the role of specific cytokines in the immune response.
7. Elevated cytokines were detected in the patient's blood sample.
8. The experiment measured the production of various cytokines by immune cells.
9. Cytokines, such as interferon-gamma, are key players in immunity.
10. Inhibition of cytokines might alleviate inflammation.
11. The complex network of cytokines influences many biological processes.
12. Aberrant cytokines signaling contributes to autoimmune disorders.
13. Therapeutic targeting of cytokines holds promise for treating diseases.
14. Further research is needed to elucidate the functions of these cytokines.
15. The interplay between different cytokines determines the outcome of inflammation.
16. Measuring cytokines can help diagnose and monitor diseases.
17. New drugs are being developed to modulate cytokines activity.
18. The study revealed a significant correlation between disease severity and cytokines levels.
19. Cytokines are signaling molecules produced by immune cells.
20. These findings highlight the importance of cytokines in the pathogenesis of the disease.
21. We observed a distinct cytokines profile in this patient group.
22. The effects of cytokines on different cell types vary considerably.
23. Cytokines are crucial for coordinating immune responses.
24. Impaired cytokines production can lead to immunodeficiency.
25. This review summarizes the current understanding of cytokines and their roles in disease.
26. Anti-cytokines therapies are used to treat certain inflammatory conditions.
27. The balance of pro-inflammatory and anti-inflammatory cytokines is critical.
28. Research into cytokines has advanced significantly in recent years.
29. Specific cytokines are associated with particular immune responses.
30. Many different types of cells produce cytokines.
31. The concentration of cytokines in the serum is a useful biomarker.
32. Cytokines signal through specific receptors on target cells.
33. The use of cytokines as therapeutic agents is expanding.
34. Cytokines are small proteins that act as messengers.
35. This innovative approach targets specific cytokines involved in disease.
36. Studying cytokines can provide insights into disease mechanisms.
37. Future studies will focus on the precise regulation of cytokines.
38. The clinical significance of cytokines is widely recognized.
39. We hypothesize that altered cytokines production underlies this condition.
40. The results demonstrate a significant impact of cytokines on the immune system.
41. Cytokines are involved in both innate and adaptive immunity.
42. This technology allows for precise measurement of individual cytokines.
43. Understanding the network of cytokines is a complex endeavor.
44. The identification of novel cytokines continues to advance our knowledge.
45. Early detection of elevated cytokines may improve patient outcomes.
46. Different cytokines have distinct biological activities.
47. The effects of cytokines can be synergistic or antagonistic.
48. Many diseases are characterized by imbalances in cytokines production.
49. The field of cytokines research is rapidly evolving.
50. Advanced techniques are being developed to analyze cytokines profiles.

Common Phases

1. Cytokine storm syndrome.
2. Pro-inflammatory cytokine release.
3. Dysregulation of cytokine production.
4. Imbalance of pro- and anti-inflammatory cytokines.
5. Elevated cytokine levels.
6. Cytokine-mediated inflammation.
7. Therapeutic modulation of cytokine activity.
8. Cytokine signaling pathways.
9. Analysis of cytokine profiles.
10. Cytokine receptor binding.
11. Cytokine network interactions.
12. Anti-cytokine therapies.
13. The role of cytokines in immunity.
14. Cytokine-induced cell death (apoptosis).
15. Measurement of serum cytokines.
16. Cytokine secretion by immune cells.
17. Impact of cytokines on disease pathogenesis.
18. Cytokines in autoimmune diseases.
19. Cytokine-induced gene expression.
20. Biomarkers including cytokines.