100 Examples of sentences containing the noun "antibodies"

Definition

Antibodies are specialized proteins produced by the immune system in response to the presence of antigens, such as pathogens or foreign substances. They recognize and bind to specific antigens to help neutralize or eliminate them from the body. Antibodies play a crucial role in the body's defense mechanism against infections and diseases.

Synonyms

• Immunoglobulins
• Antigen-binding proteins
• Glycoproteins
• Immune proteins

Antonyms

• Antigens
• Pathogens
• Foreign bodies

Examples

1. The body produces antibodies when it detects a viral infection.
2. Vaccines stimulate the immune system to create antibodies.
3. Antibodies target specific infections in the bloodstream.
4. The doctor explained how antibodies help fight off disease.
5. After exposure to the virus, the patient’s body developed antibodies.
6. Antibodies bind to antigens to neutralize them.
7. Blood tests can detect the presence of antibodies.
8. The vaccine is designed to generate antibodies against the flu virus.
9. Antibodies play a vital role in our immune response.
10. Some people may not produce enough antibodies after vaccination.
11. Researchers are studying how antibodies react to different pathogens.
12. The immune system relies on antibodies for protection.
13. Antibodies fight against infections and foreign invaders.
14. The patient's recovery was aided by the antibodies found in their blood.
15. Scientists isolate antibodies to develop new treatments.
16. The presence of antibodies indicates previous exposure to the disease.
17. Antibodies remain in the body long after an infection has cleared.
18. Certain conditions can impair the production of antibodies.
19. The lab analyzes antibodies to determine the effectiveness of vaccines.
20. Antibodies neutralize toxins produced by bacteria.
21. The immune response is enhanced by the presence of antibodies.
22. Antibodies can provide immunity against future infections.
23. Some antibodies cross the placenta to protect the fetus.
24. The study examines how antibodies evolve during an infection.
25. Antibodies assist in identifying pathogens for destruction.
26. The patient’s body failed to produce the necessary antibodies.
27. Antibodies circulate in the bloodstream to locate antigens.
28. The test measures the levels of antibodies in the serum.
29. Antibodies are crucial in the fight against cancer.
30. The treatment involves administering antibodies to the patient.
31. Antibodies can be engineered in a lab for therapeutic use.
32. The immune system uses antibodies to remember past infections.
33. Antibodies help in diagnosing autoimmune diseases.
34. The presence of specific antibodies suggests an active infection.
35. Antibodies target the surface proteins of viruses.
36. The patient’s condition improved after antibodies were administered.
37. Antibodies bind tightly to their corresponding antigens.
38. The research focuses on how antibodies function in the immune response.
39. Antibodies offer a form of passive immunity when transferred.
40. Some vaccines elicit a strong antibody response.
41. Antibodies can also trigger allergic reactions in some individuals.
42. The lab synthesizes antibodies for various medical applications.
43. Antibodies help protect against respiratory infections.
44. The study revealed how antibodies interact with pathogens.
45. Antibodies can differentiate between self and non-self antigens.
46. Researchers discovered new antibodies that neutralize the virus.
47. Antibodies are essential for effective immunotherapy.
48. The immune system responds rapidly when antibodies are present.
49. Antibodies recognize and eliminate foreign particles.
50. The patient’s blood contained high levels of antibodies.
51. Antibodies bind to harmful bacteria to prevent infection.
52. The effectiveness of the vaccine depends on the antibodies produced.
53. Antibodies can also be used as biomarkers for diseases.
54. The research team tracked how antibodies change over time.
55. Antibodies help identify and neutralize allergens.
56. The body's ability to generate antibodies declines with age.
57. Antibodies provide a defense mechanism against infections.
58. The doctor explained how antibodies work in the immune system.
59. Antibodies may not be effective against all infectious agents.
60. The study investigates the role of antibodies in autoimmune disorders.
61. Antibodies are critical in the body’s defense against pathogens.
62. The vaccine was successful in prompting the immune system to produce antibodies.
63. Antibodies can be transferred from mother to child during breastfeeding.
64. The researchers analyzed how antibodies evolve in response to treatment.
65. Antibodies help in the diagnosis of infectious diseases.
66. The immune response is measured by the levels of antibodies present.
67. Antibodies play a role in the body's memory of previous infections.
68. The lab evaluates the effectiveness of antibodies in treatment protocols.
69. Antibodies neutralize viruses before they can infect cells.
70. The patient’s blood test confirmed the presence of specific antibodies.
71. Antibodies are critical in developing targeted therapies for cancer.
72. The vaccine’s efficacy is determined by the antibodies it elicits.
73. Antibodies can be modified for better therapeutic outcomes.
74. The role of antibodies is fundamental in immunology studies.
75. Antibodies assist in the clearance of pathogens from the bloodstream.
76. The body naturally produces antibodies in response to infections.
77. Antibodies help provide immunity to previously encountered pathogens.
78. The research demonstrated how antibodies can be used to treat diseases.
79. Antibodies are crucial for the proper functioning of the immune system.
80. The vaccine stimulates the immune system to generate antibodies.
81. Antibodies can be used in diagnostic tests to identify infections.
82. The presence of antibodies indicates a previous infection or vaccination.
83. Antibodies play a pivotal role in the development of immunity.
84. The lab isolated antibodies for further study.
85. Antibodies can enhance the effectiveness of certain medications.
86. The immune response is amplified by the action of antibodies.
87. Antibodies help in recognizing and neutralizing toxins.
88. The study observed how antibodies respond to new variants of the virus.
89. Antibodies can provide long-term protection against diseases.
90. The presence of antibodies suggests that the body has fought off an infection.
91. Antibodies are essential components of the adaptive immune system.
92. The researchers focused on antibodies that target specific cancer cells.
93. The effectiveness of the treatment relies on the antibodies produced.
94. Antibodies can help in the prevention of certain diseases.
95. The lab develops antibodies for various therapeutic applications.
96. Antibodies have the ability to neutralize harmful substances in the body.
97. The immune system is constantly producing antibodies in response to threats.
98. Antibodies can be used to design more effective vaccines.
99. The study examined the relationship between antibodies and immunity.
100. Antibodies are vital for understanding the immune system's function.