"Zymogens" Example Sentences
1. The pancreas secretes zymogens such as trypsinogen and chymotrypsinogen.
2. Zymogens are inactive enzymes that require activation to become functional.
3. Pepsinogen is a zymogen secreted by the stomach that converts to the active enzyme pepsin.
4. The liver produces zymogens that are later activated in the intestine to aid in digestion.
5. Zymogens play a critical role in maintaining digestive function in the body.
6. Trypsinogen, a zymogen produced by the pancreas, is activated by enterokinase in the small intestine.
7. The activation of zymogens is a highly regulated process in the body.
8. When zymogens are activated, they participate in chemical reactions in the body.
9. Some zymogens are involved in blood clotting, such as prothrombin, which is converted to thrombin.
10. Zymogens are also important in the production of many hormones and other key substances in the body.
11. The activation of zymogens is influenced by a variety of factors, including pH and the presence of other enzymes.
12. Deficiencies in zymogen production or activation can lead to digestive disorders and other health problems.
13. The discovery of zymogens revolutionized the field of biochemistry.
14. Understanding the role of zymogens is crucial for developing new treatments for various medical conditions.
15. Zymogens are an example of the complex regulatory mechanisms that underlie many important biological processes.
16. Enzyme complexes such as zymogens are highly conserved across many different organisms.
17. Zymogens have been studied extensively in many different contexts, including medicine and biotechnology.
18. The activation of zymogens is essential for the normal functioning of the digestive system.
19. The study of zymogens has contributed significantly to our understanding of the molecular basis of disease.
20. Some zymogens can cause damage to cells and tissues if they are not properly regulated.
21. The regulation of zymogen activation is a key area of research in gastroenterology.
22. Mutations in zymogen genes can lead to serious health problems, including pancreatic cancer.
23. The activation of zymogens is a complex process involving multiple steps and factors.
24. The identification of new zymogens and their functions is an active area of research in the life sciences.
25. Many zymogens have multiple functions in the body, beyond their role in digestion.
26. The role of zymogens in the development of drug resistance in bacteria is an area of active investigation.
27. Zymogens are an important target for the development of new therapies for a variety of diseases.
28. The role of zymogens in immune function is an area of great interest in contemporary research.
29. Zymogens are an example of the complex protein structures found in living organisms.
30. The biomedical applications of zymogens are many and varied, making them an exciting area of research for scientists around the world.
Common Phases
1.
Zymogens are inactive enzyme precursors;
2.
Zymogens require activation to become functional enzymes;
3. The activation of
zymogens often involves proteolytic cleavage;
4.
Zymogens play a key role in regulating enzyme activity;
5. Many digestive enzymes, such as trypsin and chymotrypsin, are produced as
zymogens;
6. Defects in zymogen processing can lead to disease, such as pancreatitis;
7.
Zymogens are typically stored in secretory granules until needed;
8. The activation of
zymogens can be triggered by various biological signals;
9.
Zymogens are important targets for drug development in treating diseases.