100 Examples of sentences containing the noun "antibody"

Definition

An antibody is a protein produced by the immune system in response to foreign substances, such as bacteria, viruses, or toxins. Antibodies bind to these pathogens to neutralize them or mark them for destruction by other immune cells.

Synonyms

• Immunoglobulin
• Antiserum
• Antigen-binding protein

Antonyms

• Antigen
• Pathogen
• Toxin

Examples

1. The immune system produces an antibody to fight off infections.
2. When exposed to a virus, the body creates an antibody that targets the pathogen.
3. The presence of an antibody can indicate a past infection.
4. Vaccinations work by stimulating the body to generate an antibody response.
5. Researchers are studying how antibody levels correlate with immunity.
6. The lab tests for the presence of a specific antibody in the blood.
7. The antibody response varies from person to person.
8. Scientists are developing new therapies based on engineered antibody molecules.
9. High levels of a particular antibody can signal an autoimmune disorder.
10. The antibody binds to the antigen, marking it for destruction.
11. After infection, the body retains memory antibody cells for quicker response.
12. An antibody test can help diagnose certain diseases.
13. The antibody response is crucial for long-term immunity.
14. Certain medications can enhance the antibody production in patients.
15. The role of an antibody in the immune response is vital for survival.
16. The patient’s blood sample showed a strong antibody reaction.
17. The vaccine aims to stimulate the production of a protective antibody.
18. The antibody targeted the virus effectively, reducing symptoms.
19. Research has shown that some animals produce unique antibody types.
20. The antibody levels decreased after the treatment was completed.
21. A high concentration of the antibody can indicate an ongoing infection.
22. They are developing a monoclonal antibody to treat cancer.
23. The lab results confirmed the presence of the specific antibody.
24. The effectiveness of the vaccine depends on the antibody response it elicits.
25. The antibody can neutralize toxins produced by bacteria.
26. Elevated antibody levels may suggest an allergic reaction.
27. The antibody binds to the pathogen, preventing it from entering cells.
28. A cocktail of antibody treatments is being used to combat the disease.
29. The patient produced a robust antibody response after vaccination.
30. The therapeutic antibody showed promise in early trials.
31. The antibody was engineered to target specific cancer cells.
32. The body’s first line of defense is the rapid antibody response.
33. The antibody test is a quick way to assess immunity.
34. Understanding how the antibody functions can lead to better treatments.
35. The antibody helped the body remember the pathogen for future encounters.
36. A novel antibody discovered in the study shows potential for treating infections.
37. The immune response includes both antibody production and cellular immunity.
38. The effectiveness of the antibody depends on its ability to bind to the antigen.
39. Some individuals may not produce an adequate antibody response.
40. A strong antibody response is usually indicative of a successful vaccination.
41. The research team focused on the antibody's binding affinities.
42. The antibody was isolated for further analysis.
43. They are investigating how the antibody interacts with the virus.
44. The antibody can be used as a biomarker for disease progression.
45. The study aims to identify factors influencing antibody diversity.
46. The antibody plays a critical role in the adaptive immune system.
47. The treatment involves infusing the patient with a specific antibody.
48. The presence of that antibody can help in diagnosing autoimmune diseases.
49. The antibody binds to the virus, preventing it from infecting cells.
50. Some infections can lead to a decrease in antibody production.
51. The new vaccine was designed to enhance antibody generation.
52. The antibody works by blocking the pathogen's entry into cells.
53. The study revealed a link between antibody levels and recovery rates.
54. An effective antibody response is crucial for combating viral infections.
55. The researchers engineered a antibody to improve its efficacy against diseases.
56. The vaccine's success relies on its ability to induce a strong antibody response.
57. An antibody test can indicate whether a person has been previously infected.
58. The presence of certain antibody types can help track disease outbreaks.
59. The antibody assists in identifying and neutralizing harmful pathogens.
60. The patient received an infusion of a monoclonal antibody for treatment.
61. The study focused on the diversity of antibody responses across populations.
62. The effectiveness of the treatment depends on the antibody affinity.
63. The antibody was found to neutralize the virus in laboratory tests.
64. The immune system's memory cells ensure a quick antibody response upon re-exposure.
65. The antibody can also help in the identification of new treatments.
66. The levels of that antibody were significantly elevated in patients.
67. The antibody binds to the receptor, blocking the virus's entry.
68. Researchers are exploring new ways to enhance antibody production.
69. The stability of the antibody in the bloodstream is critical for its effectiveness.
70. The antibody can provide insights into the body’s immune history.
71. The antibody test results were crucial for determining the next steps in treatment.
72. The body generates a unique antibody for each pathogen encountered.
73. The presence of this antibody can indicate a strong immune response.
74. The therapeutic antibody is designed to target specific immune pathways.
75. The antibody blocks the effects of the pathogen, alleviating symptoms.
76. Variations in antibody production can influence vaccine efficacy.
77. The antibody was linked to improved survival rates in clinical trials.
78. The patient's immune profile was assessed for different antibody types.
79. The antibody serves as a critical component of the immune defense.
80. A robust antibody response is often seen in individuals with strong immune systems.
81. Researchers are working on a new antibody that targets resistant strains.
82. The antibody was found to be effective against multiple strains of the virus.
83. The patient's recovery was attributed to a strong antibody response.
84. The study indicated that antibody levels can fluctuate over time.
85. The antibody acts as a guide for other immune cells to locate pathogens.
86. A higher antibody concentration is often associated with better health outcomes.
87. The antibody was successfully produced in a laboratory setting.
88. The antibody was crucial for the development of the new vaccine.
89. Certain lifestyle factors can influence the body's antibody production.
90. The presence of the antibody can provide critical information about immunity.
91. The antibody response is a key indicator of vaccine effectiveness.
92. The immune system relies on the antibody to identify and eliminate threats.
93. Understanding the mechanisms of antibody action is essential for vaccine development.
94. The antibody was isolated from the blood of recovered patients.
95. Variations in antibody structure can affect their binding capabilities.
96. The study aimed to assess the long-term antibody response to the vaccine.
97. The antibody can neutralize pathogens before they cause harm.
98. Researchers are investigating ways to enhance the antibody response in immunocompromised individuals.
99. The antibody is a crucial part of the body's defense against infections.
100. The development of a new antibody therapy has shown promising results in trials.