"Urease" Example Sentences
1. The presence of urease in the soil allows for the breakdown of urea into nitrogen and carbon dioxide.
2. Urease is an enzyme that catalyzes the hydrolysis of urea into ammonia and carbon dioxide.
3. Certain bacteria have the ability to produce urease, which helps with the breakdown of urea in the body.
4. A lack of urease can result in a build-up of urea, leading to health complications.
5. Urease-positive bacteria can be identified in a microbiology lab through various tests.
6. The use of urease inhibitors can be an effective way to manage certain health conditions.
7. Urease plays an important role in the nitrogen cycle, as it helps convert urea into a form usable by plants.
8. Urease activity can be measured through the use of various assays or tests.
9. A deficiency in urease activity can lead to poor plant growth and reduced crop yields.
10. Urease is often utilized in industrial applications, such as in the production of agricultural fertilizers.
11. Some bacteria have the ability to produce large amounts of urease, which can lead to infections or disease.
12. The presence of urease in the gut is important for the digestion and breakdown of proteins.
13. Urease inhibitors are often used in animal feed to reduce the amount of nitrogen excreted by livestock.
14. Urease-positive bacteria can cause issues in wastewater treatment plants, as they can lead to excessive ammonia levels.
15. The ability to produce urease is a common trait among many bacterial species.
16. Urease can also be found in some fungi and other organisms.
17. Urease activity can be affected by various factors, such as temperature and pH levels.
18. Urease can be used as a biomarker for certain health conditions.
19. Some organisms have the ability to produce multiple forms of urease, each with different properties and functions.
20. The discovery of urease played an important role in the history of biochemistry and enzyme research.
21. Urease levels can be measured in blood and urine samples to monitor kidney function.
22. A deficiency in urease activity can lead to a condition known as hyperammonemia.
23. The use of urease-immobilized beads can be an effective way to control ammonia levels in wastewater.
24. Urease inhibitors can be used in agriculture to improve nitrogen use efficiency and reduce environmental impacts.
25. The crystal structure of urease was first determined in 1995, helping to shed light on its catalytic mechanism.
26. Urease was first isolated from jack bean seeds in 1926.
27. The use of urease-positive bacteria in composting can help accelerate the breakdown of organic matter.
28. Urease can be used in analytical applications, such as in the detection of urea levels in clinical samples.
29. Urease is often considered a virulence factor in certain bacterial infections.
30. The study of urease has led to advancements in various fields, including medicine, agriculture, and environmental science.
Common Phases
1.
Urease catalyzes the hydrolysis of urea;
2.
Urease produces ammonium ions as a by-product;
3.
Urease is involved in the nitrogen cycle;
4.
Urease activity can be measured using several methods;
5.
Urease is found in many organisms, including bacteria and fungi;
6.
Urease plays a role in soil fertility and plant nutrition;
7.
Urease inhibitors are used in agriculture to regulate nitrogen fertilizer use;
8.
Urease deficiency can lead to severe medical conditions, such as hyperammonemia.