Diphosphate example sentences

"Diphosphate" Example Sentences

1. Diphosphate hydrolysis is crucial for many cellular processes.
2. The enzyme cleaved the diphosphate bond efficiently.
3. ATP, a nucleoside triphosphate, can be broken down into ADP, a nucleoside diphosphate.
4. Some researchers study the role of inorganic diphosphate in bone metabolism.
5. The reaction produced a significant amount of diphosphate as a byproduct.
6. Diphosphate is involved in signal transduction pathways.
7. The study focused on the kinetics of diphosphate binding to the enzyme.
8. This experiment measured the concentration of diphosphate over time.
9. Insufficient diphosphate levels can lead to metabolic dysfunction.
10. The presence of diphosphate inhibited the enzymatic activity.
11. High concentrations of diphosphate were observed in the patient's blood sample.
12. Further research is needed to understand the role of diphosphate in this disease.
13. The molecule contains a diphosphate group attached to a sugar.
14. We hypothesize that diphosphate plays a critical regulatory role.
15. The data suggests a correlation between diphosphate levels and disease severity.
16. Diphosphate acted as an allosteric inhibitor of the protein.
17. They analyzed the diphosphate content in various tissues.
18. Diphosphate is a crucial component of many biological molecules.
19. The mechanism of diphosphate synthesis remains unclear.
20. The experiment successfully synthesized a novel diphosphate derivative.
21. Unexpectedly, the addition of diphosphate stimulated the reaction.
22. The diphosphate group is essential for the molecule's function.
23. Diphosphate esters are common in various biological processes.
24. They observed a significant reduction in diphosphate levels after treatment.
25. The results indicate a direct relationship between diphosphate and cell growth.
26. This innovative method allows for precise measurement of diphosphate.
27. The presence of diphosphate is a key diagnostic marker.
28. They are investigating the effects of diphosphate on enzyme structure.
29. In conclusion, diphosphate plays a vital role in this pathway.
30. The study highlighted the importance of diphosphate in cellular signaling.
31. The team discovered a new enzyme that metabolizes diphosphate.
32. Diphosphate levels were significantly elevated in the mutant strain.
33. The degradation of diphosphate requires specific enzymes.
34. They developed a new assay for quantifying diphosphate concentrations.
35. The drug targets a specific diphosphate-binding site on the protein.
36. This research provides new insights into diphosphate metabolism.
37. Diphosphate acts as a crucial second messenger.
38. The lack of diphosphate resulted in a complete halt of the process.
39. Diphosphate could be a potential therapeutic target.
40. The article reviewed the current understanding of diphosphate function.
41. Understanding diphosphate dynamics is crucial for drug development.
42. The analysis showed a strong correlation between diphosphate and aging.
43. They investigated the role of diphosphate in oxidative stress.
44. The experiment involved manipulating diphosphate levels in cells.
45. Diphosphate-dependent enzymes are widespread in nature.
46. The regulatory role of diphosphate needs further investigation.
47. The study used advanced techniques to visualize diphosphate localization.
48. Diphosphate is a key regulator of energy metabolism.
49. Future studies should focus on the specific isoforms of diphosphate-related enzymes.
50. The precise mechanism of diphosphate action is still debated.