Dephosphorylation example sentences

"Dephosphorylation" Example Sentences

1. Dephosphorylation is a crucial step in many cellular processes.
2. The enzyme catalyzed the dephosphorylation of the protein.
3. Dephosphorylation events often regulate protein activity.
4. Rapid dephosphorylation is essential for signal termination.
5. We observed increased dephosphorylation under these conditions.
6. Inhibiting dephosphorylation led to prolonged signaling.
7. The study focused on the mechanisms of dephosphorylation.
8. Dephosphorylation is counteracted by phosphorylation.
9. Understanding dephosphorylation is vital for drug discovery.
10. Dysregulation of dephosphorylation can cause disease.
11. This experiment measured the rate of dephosphorylation.
12. The results showed significant dephosphorylation of the substrate.
13. Researchers are investigating novel dephosphorylation pathways.
14. Protein dephosphorylation plays a key role in cell cycle regulation.
15. Aberrant dephosphorylation may contribute to cancer development.
16. The impact of dephosphorylation on cellular function is significant.
17. Several phosphatases are involved in this dephosphorylation process.
18. Controlled dephosphorylation is necessary for cellular homeostasis.
19. They examined the kinetics of dephosphorylation in vitro.
20. The drug targets a specific dephosphorylation enzyme.
21. Dephosphorylation, alongside phosphorylation, governs cell signaling.
22. Efficient dephosphorylation is critical for signal transduction.
23. Further research is needed to fully elucidate dephosphorylation mechanisms.
24. The study highlighted the importance of studying dephosphorylation.
25. We hypothesize that impaired dephosphorylation underlies this phenotype.
26. The rate of dephosphorylation was significantly altered.
27. Analyzing dephosphorylation patterns can provide insights into disease.
28. This protein undergoes rapid dephosphorylation after activation.
29. The precise regulation of dephosphorylation remains unclear.
30. This technique allows for the monitoring of dephosphorylation in real-time.
31. Disruption of dephosphorylation can lead to cellular dysfunction.
32. The experiment demonstrated that dephosphorylation is essential for survival.
33. It is essential to understand the role of dephosphorylation in health and disease.
34. The paper describes a novel method for measuring dephosphorylation.
35. Inhibition of dephosphorylation resulted in an increase in cellular stress.
36. The model predicts the impact of dephosphorylation on downstream pathways.
37. Mutations affecting dephosphorylation can have severe consequences.
38. This chapter focuses on the regulation of dephosphorylation enzymes.
39. The technology can be used to study dephosphorylation in various cell types.
40. Recent advances have improved our understanding of dephosphorylation.
41. A key aspect of this pathway involves dephosphorylation.
42. The process of dephosphorylation is highly regulated.
43. Our data suggests that altered dephosphorylation is a disease biomarker.
44. They developed a new assay to study dephosphorylation in vivo.
45. This drug enhances dephosphorylation, thus improving treatment outcomes.
46. The mechanism of dephosphorylation is still under investigation.
47. This protein kinase regulates dephosphorylation indirectly.
48. Pharmacological inhibition of dephosphorylation is a promising therapeutic strategy.
49. Dephosphorylation plays a crucial role in the response to stress.
50. Future studies will investigate the clinical relevance of dephosphorylation levels.