"Suberins" Example Sentences
1. The suberins in the plant tissue create a protective barrier against water loss and pathogens.
2. The presence of suberins in the cork cells gives it the characteristic firmness and insolubility in water.
3. The suberins found in the bark of the tree prevent water and nutrients from escaping the plant.
4. The composition of suberins varies between different plant species and tissues.
5. The waxy suberins in the potato skin help to protect the delicate flesh from damage.
6. In some plant species, suberins play a role in regulating the uptake and transport of minerals.
7. Scientists have identified several genes involved in the synthesis of suberins in plants.
8. The structure and function of suberins have been studied extensively in relation to plant biology.
9. Suberins are also found in certain animal tissues, where they serve as a protective coating.
10. The suberins in the gut lining prevent harmful substances from entering the bloodstream.
11. The formation of suberins in the root system enables plants to adapt to different soil conditions.
12. Suberins can be extracted from plant tissues and used in a variety of industrial applications.
13. Some fungi are able to break down the suberins in plant tissues and use them as a food source.
14. The outer layer of some fruits, such as apples and pears, contains suberins that give them their characteristic crunchiness.
15. One of the main functions of suberins is to provide a physical barrier against dehydration and infection.
16. The suberins in the stem and leaves of some plant species can be used to make natural sealants and waterproofing agents.
17. The amount and composition of suberins in plant tissues can change in response to environmental conditions.
18. The suberins in the cork oak tree are an important resource for the cork industry.
19. Suberins have been used for centuries in traditional medicine to treat various ailments.
20. The chemical structure of suberins contains a high concentration of complex fatty acids.
21. The presence of suberins in the cuticle of insects helps to protect them from desiccation.
22. Scientists are studying the role of suberins in the formation of root nodules in leguminous plants.
23. The suberins in the skin of some marine animals help to protect them from predation and environmental stress.
24. Certain bacterial species are capable of degrading suberins and using them as a carbon source.
25. The unique properties of suberins make them a valuable material for the development of new biomaterials.
26. The suberins in the inner bark of some trees can be used to make natural dyes.
27. The biosynthesis of suberins involves a complex network of enzymes and metabolic pathways.
28. Suberins contribute to the stability of plant cell walls and play an important role in plant growth and development.
29. The chemical and physical properties of suberins can vary depending on the age and maturity of the plant tissue.
30. A better understanding of the structure and function of suberins could lead to new strategies for improving crop yields and protecting plant health.
Common Phases
1.
Suberins are complex lipids;
2.
Suberins are found in the cell walls of certain plants;
3.
Suberins provide a protective barrier against water loss;
4.
Suberins make fruits and vegetables impermeable to gases and liquids;
5.
Suberins are synthesized by specialized cells called cork cambium;
6.
Suberins are also involved in defense against pathogens;
7.
Suberins can accumulate in response to stress or injury;
8.
Suberins play an important role in the formation of periderm in woody plants;
9.
Suberins have potential applications in biotechnology and agriculture.