"Auxin" Example Sentences
1. Auxin is a hormone in plants that regulates growth.
2. The auxin level in the plant was found to be low.
3. The presence of auxin in the stem allows it to bend towards light.
4. We need to study the role of auxin in plant development.
5. The application of auxin to the stem can stimulate root growth.
6. The formation of root hairs is facilitated by auxin.
7. Auxin is responsible for the phototropism in plants.
8. The growth of lateral buds is inhibited by auxin.
9. A deficiency in auxin can result in stunted growth.
10. The movement of auxin towards the shaded side of the plant helps it to lean towards light.
11. The spread of auxin in the stem can stimulate the growth of lateral shoots.
12. The concentration of auxin varies in different parts of the plant.
13. The auxin response factor is a key protein involved in the cellular response to auxin.
14. The auxin efflux carriers facilitate the transport of auxin across cell membranes.
15. The synthesis of auxin occurs in the apical meristem of the plant.
16. The application of synthetic auxins can increase fruit development in some plants.
17. The introduction of a gene encoding auxin can alter the growth pattern of plants.
18. Auxin plays a critical role in establishing the polarity of plant organs.
19. The movement of auxin towards the lower side of the plant helps it to stand up against gravity.
20. The concentration of auxin in a plant can be affected by environmental factors.
21. The degradation of auxin is regulated by the activity of enzymes in the plant.
22. The sensitivity of a plant to auxin can vary depending on its genotype.
23. The localization of auxin in the plant can be visualized using fluorescent markers.
24. The application of auxin can sometimes result in abnormal growth patterns.
25. The proteolysis of auxin response proteins is an important regulatory mechanism in plants.
26. The auxin binding protein is a key player in the perception of auxin by plant cells.
27. The distribution of auxin in the plant can affect the formation of leaves and flowers.
28. The auxin transport inhibitors can be used to study the dynamics of auxin movement in plants.
29. The synthesis of auxin can be influenced by endogenous signals in the plant.
30. The level of auxin in the plant can affect the sensitivity of its cells to other hormones.
Common Phases
1.
Auxin stimulates cell elongation;
2.
Auxin promotes apical dominance;
3.
Auxin controls phototropism;
4.
Auxin regulates root development;
5.
Auxin influences fruit development;
6.
Auxin affects leaf arrangement;
7.
Auxin modulates gravitropism;
8.
Auxin promotes lateral root formation;
9.
Auxin regulates flower development;
10.
Auxin plays a role in seed germination.