100 Examples of sentences containing the noun "autoantibody"

Definition

An autoantibody is a type of antibody produced by the immune system that mistakenly targets and attacks the body's own tissues or cells. This can lead to autoimmune diseases, where the body's immune response is directed against itself rather than foreign invaders.

Synonyms

• Self-antibody
• Antibody (in the context of autoimmune reactions)

Antonyms

• Alloantibody (an antibody against antigens from the same species)
• Heteroantibody (an antibody against antigens from a different species)

Examples

1. The autoantibody can cause inflammation in various organs.
2. Researchers are studying how the autoantibody affects disease progression.
3. Doctors often test for the presence of an autoantibody in autoimmune disorders.
4. A high level of autoantibody may indicate a risk for developing lupus.
5. Patients with rheumatoid arthritis often have specific autoantibody markers.
6. The autoantibody response can vary significantly from person to person.
7. Identifying an autoantibody can help in diagnosing certain conditions.
8. Treatment plans may change based on the type of autoantibody present.
9. The presence of an autoantibody can lead to chronic fatigue.
10. Certain infections can trigger the production of an autoantibody.
11. The lab results showed an elevated level of autoantibody.
12. Genetic factors may influence the likelihood of producing an autoantibody.
13. The autoantibody can interfere with normal physiological processes.
14. Some therapies aim to reduce the levels of autoantibody in the blood.
15. An autoantibody test can help differentiate between similar diseases.
16. The autoantibody response can sometimes go unnoticed for years.
17. New treatments are being developed to target specific autoantibody pathways.
18. An abnormal autoantibody profile was found in the patient's test results.
19. The presence of an autoantibody might suggest a need for further investigation.
20. In some cases, the autoantibody may not be harmful but can complicate treatment.
21. The study focused on how the autoantibody interacts with healthy cells.
22. An autoantibody may contribute to the symptoms of multiple sclerosis.
23. The doctor explained the significance of the detected autoantibody.
24. Monitoring autoantibody levels can be crucial for managing autoimmune diseases.
25. The research highlighted the role of autoantibody in disease mechanisms.
26. An elevated autoantibody can signal an underlying health issue.
27. The patient had a history of producing a specific autoantibody.
28. Discovering the autoantibody was a breakthrough in understanding the disease.
29. Some patients may require regular testing for autoantibody levels.
30. The autoantibody can sometimes lead to false positives in tests.
31. The lab specializes in detecting various types of autoantibody.
32. The autoantibody may play a role in the severity of symptoms.
33. Identifying which autoantibody is present can aid in tailoring therapy.
34. Certain dietary changes have been shown to influence autoantibody production.
35. The autoantibody can be detected through advanced immunological assays.
36. An autoantibody is often implicated in thyroid dysfunction.
37. The patient's symptoms were consistent with a rising autoantibody level.
38. The presence of an autoantibody was confirmed by multiple tests.
39. The autoantibody can disrupt normal cell signaling pathways.
40. Some researchers are exploring vaccines to prevent autoantibody formation.
41. The correlation between autoantibody levels and inflammation was noted.
42. Clinicians are trained to recognize patterns in autoantibody results.
43. The autoantibody can indicate a flare-up in autoimmune conditions.
44. Early detection of an autoantibody can lead to better management.
45. The study's findings suggest a link between diet and autoantibody production.
46. The autoantibody test is part of a comprehensive diagnostic approach.
47. A positive autoantibody test may lead to referrals to specialists.
48. The patient's autoantibody profile was complex and required further analysis.
49. Understanding the role of an autoantibody can help in patient education.
50. The autoantibody may be associated with specific genetic markers.
51. Monitoring autoantibody levels can help predict disease outcomes.
52. The autoantibody can sometimes cause cross-reactivity with other proteins.
53. The research team is investigating environmental triggers for autoantibody production.
54. A new treatment was developed to block the effects of the autoantibody.
55. The autoantibody can lead to tissue damage over time.
56. Many patients experience fluctuations in autoantibody levels.
57. The role of autoantibody in chronic illness is still being studied.
58. A patient's autoantibody history can provide insight into their condition.
59. The autoantibody may be a target for future therapies.
60. Some autoimmune diseases are characterized by multiple autoantibody types.
61. The lab used advanced techniques to analyze the autoantibody.
62. The relationship between autoantibody levels and symptoms is complex.
63. The presence of an autoantibody can complicate surgical decisions.
64. Patients were informed about the implications of their autoantibody results.
65. The autoantibody could be contributing to the patient's chronic pain.
66. Researchers are hopeful about breakthroughs in autoantibody treatment.
67. The autoantibody profile can change with disease progression.
68. The impact of a specific autoantibody on health is heavily studied.
69. The autoantibody was linked to several autoimmune conditions.
70. Finding a new autoantibody marker could enhance diagnostic accuracy.
71. The patient's family history included several autoantibody related illnesses.
72. There was a notable increase in autoantibody levels during the study.
73. The autoantibody can sometimes mimic the effects of a pathogen.
74. Understanding the autoantibody mechanism is critical for developing new therapies.
75. The autoantibody may provide a clue to the underlying cause of symptoms.
76. Testing for autoantibody can be a routine part of monitoring certain diseases.
77. The laboratory procedures for detecting autoantibody are highly specialized.
78. The effects of an autoantibody can vary widely among individuals.
79. The autoantibody response is part of the body's complex immune system.
80. The presence of an autoantibody can indicate a need for lifestyle changes.
81. The autoantibody might have been triggered by a recent infection.
82. Patients with a known autoantibody are often monitored closely.
83. The study aims to explore how autoantibody levels affect treatment efficacy.
84. The autoantibody is produced in response to a specific antigen.
85. The autoantibody may lead to complications if not managed properly.
86. A panel of autoantibody tests was ordered for the patient.
87. The significance of the autoantibody in diagnosis is well established.
88. The autoantibody can play a role in the body's inflammatory response.
89. Researchers are looking into the genetic predisposition for autoantibody production.
90. The autoantibody can sometimes provide insights into disease etiology.
91. A new study found a correlation between diet and autoantibody levels.
92. The autoantibody can persist even after symptoms have resolved.
93. The patient's response to treatment was monitored through autoantibody levels.
94. The autoantibody may contribute to the severity of the condition.
95. A specific autoantibody was identified in the patient’s blood test.
96. The autoantibody can affect the function of various organs.
97. The implications of a positive autoantibody test were discussed with the patient.
98. The autoantibody may lead to chronic inflammation if unchecked.
99. Understanding the autoantibody landscape is crucial for researchers.
100. The findings suggest a potential link between stress and autoantibody production.