"Titered" Example Sentences
1. The laboratory technician carefully titered the blood sample to determine the exact antibody concentration.
2. The vaccine was titered to ensure that it would provide sufficient protection against the targeted virus.
3. The scientist titered the solution to determine the optimal dilution for the experiment.
4. The titered serum was used to calibrate the instrument before running the assay.
5. The researcher titered the chemical substance to determine its toxicity level.
6. The technician titered the reagents to ensure accuracy in the analytical test.
7. The physician ordered a titered test to assess the patient's immune response to a particular pathogen.
8. The lab assistant titered the control sample to verify the accuracy of the results.
9. The vaccine manufacturer titered the batch to ensure consistency in the product.
10. The lab director reviewed the titered data to confirm the assay outcome.
11. The pharmacist titered the medication to determine the appropriate dosage for the patient.
12. The blood bank titered the donor sample to evaluate its suitability for transfusion.
13. The technician titered the serum to verify its potency before distributing it to the research team.
14. The experiment relied on accurately titered reagents to establish the validity of the findings.
15. The researcher repeated the titered test to confirm the reproducibility of the results.
16. The biotech company titered the new compound to evaluate its potential as a therapeutic agent.
17. The physician requested a titered test to assess the patient's response to a previous infection.
18. The lab technician titered the control sample to normalize the assay results.
19. The immunologist used titered serum to map out the antibody response during an immune challenge.
20. The researcher titered the serum to determine the optimal conditions for the in vitro experiment.
21. The titered antigen was used to detect the presence of viral particles in the sample.
22. The medical laboratory titered the patient's blood to assess the effectiveness of the treatment.
23. The scientist titered the experimental drug to evaluate its effect on cellular activity.
24. The assay required titered solutions to quantify the amount of analyte in the sample.
25. The physician ordered a titered test to diagnose the presence of autoimmune disease.
26. The lab manager verified the titered values on the calibration curve to confirm the instrument performance.
27. The quality control team titered the final product to ensure that it met the specifications.
28. The microbiologist titered the bacterial culture to determine the antibiotic susceptibility.
29. The researcher titered the protein sample to assess its purity and concentration.
30. The laboratory tested the titered reagents to confirm their stability over time.
Common Phases
1. The
titered solution was carefully prepared;
2. The
titered antibody concentration was determined using a standard curve;
3. The
titered dilutions were made to ensure accurate measurement;
4. The
titered sample was added to the reaction mixture;
5. The
titered virus was used to infect the cells;
6. The
titered vaccine was administered to the animals.