Hapten example sentences

"Hapten" Example Sentences

1. Hapten conjugation is crucial for antibody production.
2. The hapten-carrier conjugate elicited a strong immune response.
3. Researchers studied the immunogenicity of a novel hapten.
4. This small molecule acts as a hapten, requiring a carrier protein for immunogenicity.
5. The hapten was covalently linked to the carrier protein.
6. We investigated the role of hapten presentation in T cell activation.
7. A hapten-specific antibody was generated.
8. The hapten's low molecular weight prevented it from being immunogenic on its own.
9. The study demonstrated the effectiveness of the hapten-based vaccine.
10. Understanding hapten immunochemistry is essential for vaccine design.
11. They synthesized a new hapten for allergy research.
12. The hapten-carrier conjugate induced a robust antibody response.
13. Immunization with the hapten resulted in high antibody titers.
14. The hapten was chemically modified to enhance its immunogenicity.
15. Several different haptens were tested for their ability to elicit an immune response.
16. The hapten proved to be a highly effective immunogen when coupled to a carrier protein.
17. We are developing a diagnostic assay based on a specific hapten.
18. This small molecule only becomes immunogenic when acting as a hapten.
19. The binding of the antibody to the hapten was highly specific.
20. Are haptens always small molecules?
21. Hapten technology is used extensively in the pharmaceutical industry.
22. The article explores the applications of haptens in immunology.
23. How does the carrier protein influence the immunogenicity of a hapten?
24. The hapten is a key component of the new diagnostic test.
25. The use of a hapten-carrier conjugate is a common immunological technique.
26. Hapten modification could alter its allergenic properties.
27. Several haptens are known to cause allergic reactions.
28. The hapten specifically bound to the antibody's paratope.
29. Defining the characteristics of a suitable hapten for a particular application is crucial.
30. The researchers successfully conjugated the hapten to the protein.
31. The hapten-based assay provides a sensitive and specific method for detection.
32. The study's findings highlighted the importance of selecting the appropriate hapten.
33. This hapten is particularly useful in immunoassays.
34. They aimed to improve the immunogenicity of the hapten through chemical modifications.
35. The hapten's chemical structure dictated its binding affinity.
36. What is the optimal hapten density for effective immune stimulation?
37. The choice of carrier protein significantly impacted the response to the hapten.
38. The interaction between the antibody and the hapten was studied using surface plasmon resonance.
39. A thorough understanding of hapten chemistry is essential for researchers.
40. Immunoassays often utilize haptens as labels or targets.
41. The hapten-antibody complex formed readily in solution.
42. The novel hapten showed promise for developing a new diagnostic tool.
43. Research is ongoing to explore other potential applications of this hapten.
44. The specificity of the antibody for the hapten was exceptionally high.
45. They compared the immunogenicity of different haptens conjugated to the same carrier protein.
46. The hapten acted as a probe for studying antibody-antigen interactions.
47. Improved methods for hapten synthesis are constantly being developed.
48. The hapten itself was not immunogenic; it needed a carrier.
49. The study evaluated the efficacy of using different haptens in vaccine design.
50. Future research will focus on optimizing the design of the hapten-carrier conjugate.