Nanomolar example sentences

"Nanomolar" Example Sentences

1. The enzyme exhibited a nanomolar affinity for its substrate.
2. We observed a nanomolar concentration of the drug in the bloodstream.
3. Nanomolar concentrations are often required for effective signaling.
4. The IC50 value was determined to be in the low nanomolar range.
5. This novel compound displays nanomolar potency against the target protein.
6. Achieving nanomolar inhibition is a significant challenge in drug development.
7. Research revealed a surprising nanomolar binding constant.
8. The experiment required precise control of nanomolar concentrations.
9. High-throughput screening identified a lead compound with nanomolar activity.
10. Further analysis confirmed the nanomolar binding specificity.
11. We measured the drug's efficacy at various nanomolar doses.
12. The receptor demonstrated remarkable sensitivity to nanomolar stimuli.
13. A nanomolar level of precision is essential for this assay.
14. The results indicated a dose-dependent response at nanomolar concentrations.
15. Nanomolar sensitivity is crucial for detecting early disease markers.
16. The study highlighted the importance of nanomolar drug delivery systems.
17. Its nanomolar binding affinity made it a promising therapeutic candidate.
18. Developing methods to achieve nanomolar control is an ongoing challenge.
19. The nanomolar range is often used as a benchmark for drug efficacy.
20. This technology allows for accurate measurement of nanomolar quantities.
21. These findings suggest a potential role for nanomolar regulation in cellular processes.
22. The experiment yielded data confirming the compound's nanomolar potency.
23. Precisely controlling nanomolar concentrations is critical for reliable results.
24. Significant improvements were observed with nanomolar drug administration.
25. The protein displayed a remarkable selectivity at nanomolar concentrations.
26. Such nanomolar sensitivity is rarely seen in other assays.
27. Maintaining nanomolar consistency throughout the experiment is crucial.
28. The researchers successfully achieved nanomolar detection limits.
29. The development of nanomolar-sensitive biosensors is a significant advancement.
30. We hypothesize that nanomolar levels of this molecule regulate gene expression.
31. The nanomolar concentration range is essential for this specific application.
32. Clinical trials will evaluate the efficacy of the drug at various nanomolar doses.
33. With nanomolar precision, the experiment was a resounding success.
34. Further research is needed to fully understand the nanomolar mechanisms involved.
35. The nanomolar response indicates high affinity and specificity.
36. This new technique allows for the detection of nanomolar changes in concentration.
37. The nanomolar sensitivity of the assay is a key advantage.
38. Future studies will investigate the effects of nanomolar doses over time.
39. The data suggest a potential therapeutic application of this nanomolar regulator.
40. Understanding nanomolar interactions is key to unlocking new therapeutic strategies.
41. The observed nanomolar binding is consistent with previous studies.
42. These results demonstrate the nanomolar potency of this novel therapeutic.
43. Precise nanomolar delivery is essential for targeted therapies.
44. This breakthrough allows for the quantification of nanomolar protein interactions.
45. The study demonstrates the remarkable nanomolar specificity of this antibody.
46. Monitoring nanomolar changes is critical for understanding dynamic processes.
47. Nanomolar concentrations of this hormone trigger significant cellular changes.
48. The challenge lies in achieving and maintaining nanomolar concentrations in vivo.
49. Improved methods are needed for precise nanomolar control in biological systems.
50. The highly sensitive assay allowed for detection of nanomolar differences in analyte levels.

Common Phases

1. Nanomolar concentrations are routinely achieved.
2. Second, nanomolar affinity is crucial for.
3. Third, the nanomolar range signifies high potency.
4. Fourth, achieving nanomolar IC50 values is a significant milestone.
5. Fifth, nanomolar binding is observed in many biological systems.
6. Sixth, a nanomolar dissociation constant (Kd) indicates strong binding.
7. Seventh, nanomolar sensitivity is required for certain assays.
8. Eighth, the drug exhibits nanomolar activity in vitro.
9. Ninth, nanomolar levels are often found in vivo.
10. Tenth, inhibition is observed at nanomolar concentrations.