"Auxins" Example Sentences
1. The auxins in the plant help regulate its growth.
2. The concentration of auxins in the stem determines whether it will grow upwards or downwards.
3. Researchers have determined that auxins play a key role in plant development.
4. The root tip produces auxins that help guide the root towards the soil's nutrients.
5. The application of synthetic auxins can stimulate the growth of lateral roots in plants.
6. The transport of auxins from the shoot to the root is essential for proper plant growth.
7. Auxins also help control the opening and closing of stomata in plant leaves.
8. The presence of auxins can affect the rate of leaf abscission in deciduous plants.
9. The discovery of auxins in plants revolutionized our understanding of their growth and development.
10. Certain herbicides work by disrupting the production or transport of auxins in plants.
11. The addition of auxins to stem cuttings can encourage them to root and form new plants.
12. Auxins have been found to have a role in the formation of new leaves and flowers in some plants.
13. Research has shown that auxins play a crucial role in the development of fruit and seeds in plants.
14. The effects of auxins on plant growth are sometimes used to promote the growth of crops or ornamental plants.
15. The presence of auxins in plant tissue can cause cells to elongate and increase in size.
16. Some plants produce more auxins in response to environmental stress or damage.
17. Auxins are also involved in the growth and division of cells in the cambium layer of tree trunks.
18. The ability of some plants to bend towards the light is due to the effects of auxins on cell growth.
19. Many different types of auxins have been identified in plants, each with unique effects on growth and development.
20. The rate of auxin transport can be affected by various factors, including temperature and light level.
21. The study of auxins has led to the development of new techniques for plant tissue culture and propagation.
22. Auxins are also used in research to study potential mechanisms for plant growth and development.
23. The concentration of auxins can vary depending on the location and age of the plant tissue.
24. The effects of auxins can be influenced by the presence of other growth hormones such as cytokinins.
25. The production of auxins can be affected by changes in the plant's nutritional status or nutrient availability.
26. The interaction between auxins and other plant growth regulators is complex and still being studied.
27. Certain fungi can produce compounds that mimic the effects of auxins in plants.
28. The ability of some plants to regenerate lost or damaged tissue is due to the effects of auxins on cell division and growth.
29. Auxins have been found to have potential applications in the field of biotechnology for modifying plant growth and development.
30. The effects of auxins on plant growth can be both positive and negative depending on the concentration and type of auxin involved.
Common Phases
1.
Auxins promote cell elongation;
2.
Auxins control apical dominance;
3.
Auxins regulate root development;
4.
Auxins induce phototropism;
5.
Auxins inhibit lateral bud growth;
6.
Auxins promote fruit development;
7.
Auxins regulate leaf abscission.