Glycogenolysis example sentences

"Glycogenolysis" Example Sentences

1. Glycogenolysis is the process of breaking down glycogen into glucose.
2. During exercise, glycogenolysis occurs to provide quick energy.
3. A deficiency in glycogenolysis can lead to a metabolic disorder.
4. The liver plays a pivotal role in glycogenolysis.
5. The enzyme responsible for catalyzing glycogenolysis is called glycogen phosphorylase.
6. In times of fasting, glycogenolysis provides an important source of energy.
7. Certain hormones, such as glucagon, stimulate glycogenolysis.
8. During prolonged fasting, glycogenolysis is followed by gluconeogenesis.
9. Abnormalities in the glycogenolysis pathway can cause various types of glycogen storage diseases.
10. The rate of glycogenolysis is dependent on the body's energy demands.
11. Glycogenolysis can only occur when glycogen is present in the body.
12. Glycogenolysis is rapidly activated during intense exercise.
13. Skeletal muscles contain a large portion of the body's glycogen stores, which are used during glycogenolysis.
14. In the liver, glycogenolysis occurs in response to hormonal signals.
15. A lack of glycogenolysis can lead to hypoglycemia.
16. The process of glycogenolysis is controlled by the nervous system and the endocrine system.
17. In the absence of glucose, glycogenolysis is important for maintaining blood sugar levels.
18. The level of glycogenolysis is tightly controlled to prevent excessive glucose production.
19. During exercise, the body relies on glycogenolysis for energy before switching to fat metabolism.
20. Certain medications can interfere with glycogenolysis.
21. Glycogenolysis provides a faster source of energy than fat metabolism.
22. The regulation of glycogenolysis is complex and involves multiple enzymes and signaling pathways.
23. A rare form of cancer called glycogen-rich clear cell carcinoma is associated with increased glycogenolysis.
24. A buildup of glycogen due to a deficiency in glycogenolysis can cause enlarged liver and muscle tissue.
25. The liver is the primary source of glucose during glycogenolysis.
26. In patients with type 2 diabetes, glycogenolysis may be impaired.
27. The process of glycogenolysis is a major component of glucose homeostasis.
28. Defects in glycogenolysis can lead to an accumulation of glycogen and metabolic dysfunction.
29. Glycogenolysis occurs mainly in the liver and muscle tissue.
30. Healthy individuals can stimulate glycogenolysis during high-intensity exercise.
31. The process of glycogenolysis is dependent on the availability of glycogen and insulin signaling.
32. Glycogenolysis plays an essential role in glucose metabolism.
33. Abnormal glycogenolysis can lead to glycogen storage diseases.
34. Alterations in the enzymes involved in glycogenolysis can cause genetic disorders.
35. Glycogenolysis is inhibited by insulin, which promotes glycogen synthesis.
36. In the liver, glycogenolysis can be stimulated by glucagon and adrenaline.
37. Glycogenolysis is an important pathway for glucose production in the body.
38. Defects in glycogenolysis can lead to severe muscle weakness.
39. The rate of glycogenolysis is determined by the balance between glycogen synthesis and degradation.
40. Glycogenolysis is a complex process involving various enzymes and regulatory factors.

Common Phases

1. Glycogenolysis is a process that breaks down glycogen;
2. The main purpose of glycogenolysis is to release glucose into the bloodstream;
3. Glycogenolysis occurs in the liver and muscles;
4. Hormones such as glucagon and adrenaline stimulate glycogenolysis;
5. Glycogenolysis is a crucial energy source during exercise;
6. Genetic defects in glycogenolysis can lead to metabolic disorders.