Immunoglobulins example sentences

"Immunoglobulins" Example Sentences

1. Immunoglobulins are crucial components of the adaptive immune system.
2. The levels of immunoglobulins in the blood can indicate infection.
3. Researchers are studying the role of specific immunoglobulins in autoimmune diseases.
4. Deficiencies in immunoglobulins can leave individuals vulnerable to infections.
5. Antibody, another name for immunoglobulins, fights against antigens.
6. Immunoglobulins, also known as antibodies, are glycoproteins.
7. Measuring serum immunoglobulins is a common diagnostic test.
8. Different classes of immunoglobulins have distinct functions.
9. The structure of immunoglobulins allows for antigen binding.
10. Genetic variations in immunoglobulins can affect immune responses.
11. Therapeutic immunoglobulins are used to treat various conditions.
12. Understanding immunoglobulins is vital for immunology research.
13. Many different types of immunoglobulins exist in the human body.
14. The production of immunoglobulins is a complex process.
15. Dysregulation of immunoglobulins can lead to immune disorders.
16. High levels of certain immunoglobulins might suggest an allergic reaction.
17. Low levels of immunoglobulins can indicate immunodeficiency.
18. Specific immunoglobulins are targeted by certain viruses.
19. Immunoglobulins play a key role in preventing infections.
20. The study of immunoglobulins has advanced significantly in recent years.
21. Future research on immunoglobulins will likely focus on personalized medicine.
22. Are you familiar with the various classes of immunoglobulins?
23. Do you know how immunoglobulins contribute to immune memory?
24. What are the clinical implications of altered immunoglobulins levels?
25. How do immunoglobulins interact with other immune cells?
26. The precise mechanisms of immunoglobulins action are still being elucidated.
27. It is important to monitor immunoglobulins levels in immunocompromised patients.
28. Immunoglobulins are vital for the body’s defense against pathogens.
29. Analysis of immunoglobulins can aid in disease diagnosis.
30. Research into immunoglobulins offers hope for new therapies.
31. The development of new immunoglobulins-based therapies is ongoing.
32. Scientists are engineering immunoglobulins for targeted drug delivery.
33. Advances in understanding immunoglobulins have revolutionized immunology.
34. Many diseases are associated with abnormal immunoglobulins production.
35. Testing for specific immunoglobulins can help confirm a diagnosis.
36. Intravenous immunoglobulins (IVIG) are used to treat immune deficiencies.
37. The half-life of various immunoglobulins differs significantly.
38. Immunoglobulins bind to specific epitopes on antigens.
39. The affinity of immunoglobulins for their targets varies widely.
40. Immunoglobulins are involved in both humoral and cellular immunity.
41. Studying immunoglobulins is essential for understanding immune responses.
42. Abnormal immunoglobulins can be markers of certain cancers.
43. The complexity of immunoglobulins is reflected in their diverse functions.
44. A deeper understanding of immunoglobulins is crucial for public health.
45. Therapeutic immunoglobulins can be derived from human donors.
46. The effects of aging on immunoglobulins are an active area of research.
47. Some infections lead to a significant increase in certain immunoglobulins.
48. Monitoring immunoglobulins is important for managing chronic diseases.
49. The production of monoclonal immunoglobulins has revolutionized diagnostics.
50. Further research is needed to fully understand the role of immunoglobulins in health and disease.