Pyruvate example sentences

"Pyruvate" Example Sentences

1. Pyruvate is a crucial intermediate in cellular respiration.
2. The conversion of glucose to pyruvate is glycolysis.
3. Pyruvate dehydrogenase catalyzes the next step.
4. During strenuous exercise, pyruvate levels rise.
5. The fate of pyruvate depends on oxygen availability.
6. Under anaerobic conditions, pyruvate is reduced to lactate.
7. In the presence of oxygen, pyruvate enters the mitochondria.
8. Acetyl-CoA is derived from pyruvate oxidation.
9. The citric acid cycle utilizes the product of pyruvate oxidation.
10. Some bacteria use pyruvate for fermentation.
11. Pyruvate metabolism is essential for energy production.
12. Understanding pyruvate metabolism is key to understanding cell function.
13. Disruptions in pyruvate metabolism can lead to disease.
14. Research on pyruvate continues to reveal new insights.
15. The study of pyruvate is a complex field.
16. Pyruvate kinase is a vital enzyme in glycolysis.
17. Deficiencies in pyruvate kinase can cause anemia.
18. Pyruvate carboxylase plays a role in gluconeogenesis.
19. The regulation of pyruvate metabolism is tightly controlled.
20. Metabolic pathways involving pyruvate are interconnected.
21. Many metabolic disorders affect pyruvate processing.
22. The concentration of pyruvate fluctuates throughout the day.
23. Dietary intake can influence pyruvate levels.
24. Exercise significantly impacts pyruvate metabolism.
25. Pyruvate is a key player in energy homeostasis.
26. We investigated the role of pyruvate in cancer cells.
27. The data suggests a link between pyruvate and aging.
28. Further research is needed to fully understand pyruvate's functions.
29. Pyruvate supplementation is being explored for therapeutic uses.
30. The effects of pyruvate supplementation are still debated.
31. It's crucial to properly manage pyruvate levels for optimal health.
32. Maintaining healthy pyruvate metabolism is vital.
33. Cellular respiration begins with the breakdown of glucose to pyruvate.
34. The production of ATP is closely tied to pyruvate metabolism.
35. Oxaloacetate combines with acetyl-CoA, derived from pyruvate, in the Krebs cycle.
36. Pyruvate is a three-carbon molecule.
37. Pyruvate plays a critical role in both catabolic and anabolic pathways.
38. The enzyme lactate dehydrogenase converts pyruvate to lactate.
39. Elevated pyruvate levels can be indicative of certain metabolic disorders.
40. Low pyruvate levels may indicate underlying health problems.
41. Monitoring pyruvate levels can be a valuable diagnostic tool.
42. We measured pyruvate concentrations in blood samples.
43. The analysis of pyruvate levels revealed significant differences.
44. Changes in pyruvate metabolism are associated with disease progression.
45. Targeting pyruvate metabolism may offer new therapeutic strategies.
46. The future of pyruvate research looks promising.
47. New technologies are enabling better studies of pyruvate function.
48. Understanding pyruvate is essential for developing effective treatments.
49. Innovative approaches to studying pyruvate are emerging.
50. This study highlights the significance of pyruvate in cellular processes.