"Cystolithic" Example Sentences
1. The cystolithic hairs of the plant help it absorb moisture from the air.
2. The cystolithic cells in the stem provide extra support to the plant.
3. The cystolithic layer in the leaves of the plant makes it more resistant to disease.
4. The cystolithic stones found in some plants can be used medicinally.
5. The presence of cystolithic cells in the plant's roots helps it anchor itself to the ground.
6. The cystolithic structure of the plant's stem makes it more stable in windy conditions.
7. The plant's cystolithic layer acts as a protective barrier against insects and other pests.
8. Cystolithic cells contribute to the overall strength and durability of the plant.
9. The cystolithic hairs on the plant's leaves help it absorb light and nutrients more efficiently.
10. Plants with a well-developed cystolithic layer are often better equipped to survive in harsh environments.
11. The cystolithic structure of the plant's stems and leaves make them more resistant to damage.
12. The plant's cystolithic cells play a crucial role in its overall growth and development.
13. The presence of cystolithic crystals in the leaves of some plants serve as an effective means of defense against herbivores.
14. The cystolithic hairs found on the stems of certain plants give them a unique and distinctive appearance.
15. The cystolithic layer in the plant's leaves helps regulate its internal temperature and water balance.
16. Cystolithic structures in plants can also be useful for medicinal purposes, such as treating digestive disorders.
17. The presence of cystolithic cells in the plant's flowers help attract pollinating insects.
18. Cystolithic hairs on the plant's seeds and fruit can help them disperse more effectively.
19. Studying cystolithic structures and cells in plants can lead to new insights into their biology and ecology.
20. The use of cystolithic crystals as an efficient insect repellent has been known for centuries.
21. The cystolithic hairs on the plant's stem help reduce water loss via transpiration.
22. In some plant species, the cystolithic layer can also provide a means of photosynthetic activity.
23. The presence of cystolithic cells in the plant's epidermis help make it more resistant to injury.
24. Some species of plants use cystolithic structures as a means of defense against fungal infections.
25. The unique cystolithic anatomy of certain plants make them highly adaptable to their environments.
26. Cystolithic crystals are sometimes used in the manufacture of certain types of glass.
27. The cystolithic layer in the plant's stems can also aid in the process of nutrient transportation.
28. Some species of moss possess cystolithic cells that play a key role in their survival in harsh conditions.
29. The presence of cystolithic structures in the plant's leaves support its resistance to harmful ultraviolet radiation.
30. A lack of cystolithic cells can be a sign of disease or malnutrition in certain plants.
Common Phases
1. The
cystolithic hairs in this plant species are responsible for its unique texture and appearance;
2. The presence of
cystolithic trichomes on the leaves may provide protection against herbivory;
3. The formation of cystoliths within the plant cells is a complex process;
4.
Cystolithic hairs can be found in a variety of plant families and are often used as a taxonomic character;
5. The size and shape of the cystoliths can vary depending on species and environmental factors.