Epitope example sentences

"Epitope" Example Sentences

1. Epitope mapping is crucial for vaccine development.
2. The antibody specifically bound to the viral epitope.
3. Researchers identified a novel epitope on the pathogen's surface.
4. This epitope is highly conserved across different strains.
5. The T cell receptor recognized the presented epitope.
6. We are investigating the immunogenicity of this specific epitope.
7. The epitope's structure was determined using X-ray crystallography.
8. Variations in the epitope can lead to immune evasion.
9. Antigen processing presents the epitope to T cells.
10. The study focused on the characterization of this linear epitope.
11. MHC molecules present the epitope for immune recognition.
12. This conformational epitope is difficult to mimic synthetically.
13. Antibodies targeting this epitope are highly effective.
14. The epitope was synthesized and used in an ELISA.
15. Understanding the epitope is key to designing effective therapies.
16. The study revealed a strong immune response to this particular epitope.
17. Predicting epitope binding is a challenging computational problem.
18. The epitope-specific antibodies neutralized the virus.
19. Immunodominant epitopes often drive the immune response.
20. They successfully engineered a novel epitope into the vaccine.
21. The epitope showed high affinity for the antibody.
22. Weak epitopes may not elicit a significant immune response.
23. Identifying relevant epitopes is critical for diagnostic development.
24. The researchers mapped the epitopes recognized by different antibodies.
25. This epitope-based vaccine is currently in clinical trials.
26. The epitope was conserved across multiple species.
27. Because of its unique structure, this epitope was a prime target.
28. A novel epitope was discovered using phage display technology.
29. The antibody's specificity for this epitope was remarkable.
30. The epitope is located within a highly flexible region of the protein.
31. They used bioinformatics tools to predict potential epitopes.
32. The team is working to optimize the epitope for improved immunogenicity.
33. The epitope presented on MHC class II molecules elicited a strong B cell response.
34. This linear epitope is easily synthesized for use in immunoassays.
35. The epitope is crucial for the protein's function.
36. Several epitopes were identified as potential targets for immunotherapy.
37. The research highlighted the importance of epitope spreading in immune responses.
38. Disrupting the epitope may lead to loss of protein function.
39. The study aimed to determine the key epitopes involved in autoimmunity.
40. The epitope-specific T cells were isolated and expanded in vitro.
41. This epitope is highly antigenic in humans.
42. Identifying the epitope helps understand immune recognition mechanisms.
43. The epitope’s accessibility influences antibody binding.
44. This epitope is a potential target for drug development.
45. Understanding epitope-MHC interactions is fundamental in immunology.
46. The conformational changes in the epitope affected antibody binding.
47. The modified epitope showed improved immunogenicity.
48. The epitope was recognized by both CD4+ and CD8+ T cells.
49. The study employed a novel approach for epitope prediction.
50. The epitope’s location on the protein determined its antigenicity.