Atpase example sentences

"Atpase" Example Sentences

1. The ATPase enzyme hydrolyzed ATP to ADP and inorganic phosphate.
2. Muscle contraction relies heavily on the function of myosin ATPase.
3. ATPase activity was measured using a coupled enzyme assay.
4. Sodium-potassium ATPase maintains the cell's membrane potential.
5. Researchers investigated the role of ATPase in cellular signaling.
6. The experiment demonstrated that the inhibitor effectively blocked ATPase activity.
7. ATPase-deficient cells exhibited impaired growth.
8. Calcium ATPase is crucial for muscle relaxation.
9. Proton ATPase plays a role in maintaining cellular pH.
10. The study focused on the structure and function of ATPase enzymes.
11. Inhibition of ATPase led to a significant decrease in cell viability.
12. The data indicated a correlation between ATPase activity and disease progression.
13. ATPase is a ubiquitous enzyme found in all living organisms.
14. This novel ATPase inhibitor shows promise as a new therapeutic agent.
15. Understanding ATPase mechanisms is critical for drug development.
16. The ATPase pump transports ions across the cell membrane.
17. Dysregulation of ATPase is implicated in various diseases.
18. Mutations in the ATPase gene can lead to genetic disorders.
19. We observed increased ATPase activity in the treated group.
20. The effects of temperature on ATPase activity were investigated.
21. ATPase inhibitors are used as research tools and potential drugs.
22. This research aims to elucidate the regulatory mechanisms of ATPase.
23. The ATPase cycle involves conformational changes in the enzyme.
24. Pharmacological modulation of ATPase offers therapeutic opportunities.
25. Further studies are needed to fully characterize this novel ATPase.
26. ATPase plays a pivotal role in energy transduction.
27. The experiment measured the kinetics of ATPase activity.
28. ATPase activity is often regulated by phosphorylation.
29. This new ATPase assay is more sensitive and reliable.
30. Researchers are exploring the potential of ATPase as a drug target.
31. The ATPase family comprises diverse enzymes with distinct functions.
32. The study revealed a novel regulatory mechanism for ATPase.
33. The concentration of ATPase varied significantly across different tissues.
34. We hypothesize that ATPase plays a role in this cellular process.
35. The results showed a significant reduction in ATPase activity after treatment.
36. ATPase is essential for maintaining cellular homeostasis.
37. This review summarizes the current understanding of ATPase structure and function.
38. Disruption of ATPase function can have severe consequences.
39. The development of specific ATPase inhibitors is an active area of research.
40. Improved methods for measuring ATPase activity are needed.
41. ATPase activity is tightly regulated to meet cellular energy demands.
42. The precise role of ATPase in this pathway remains unclear.
43. Further research is required to investigate the interaction between ATPase and other proteins.
44. The ATPase enzyme is a molecular motor.
45. Genetic manipulation of ATPase expression altered cellular behavior.
46. The malfunction of the ATPase led to cellular dysfunction.
47. Several isoforms of ATPase exist in eukaryotic cells.
48. The ATPase showed a high affinity for ATP.
49. Analysis of the ATPase crystal structure revealed critical active site residues.
50. In conclusion, ATPase is a fundamental enzyme in cellular processes.