Phytohormone example sentences

"Phytohormone" Example Sentences

1. Phytohormone research is crucial for improving crop yields.
2. The effects of various phytohormones on plant growth are complex.
3. Scientists are studying how specific phytohormones influence flowering.
4. Understanding phytohormones is key to understanding plant development.
5. This experiment focuses on the role of auxin, a crucial phytohormone.
6. Abscisic acid is a phytohormone involved in stress responses.
7. The balance of different phytohormones is critical for healthy plant growth.
8. Environmental factors can influence phytohormone production.
9. Phytohormones act as chemical messengers within plants.
10. Genetic engineering can be used to manipulate phytohormone levels.
11. Many agricultural practices aim to optimize phytohormone signaling.
12. Researchers are developing new methods for phytohormone analysis.
13. The phytohormone gibberellin promotes stem elongation.
14. Cytokinin, a phytohormone, is essential for cell division.
15. Ethylene is a gaseous phytohormone involved in fruit ripening.
16. Deficiencies in certain phytohormones can lead to stunted growth.
17. Phytohormones play a vital role in plant adaptation to stress.
18. This study investigates the interaction of various phytohormones.
19. The discovery of new phytohormones is an ongoing process.
20. Synthetic phytohormones are sometimes used in agriculture.
21. Improper phytohormone balance can lead to disease susceptibility.
22. Light affects the production of several key phytohormones.
23. A deeper understanding of phytohormones is needed for sustainable agriculture.
24. The phytohormone brassinosteroid influences cell expansion.
25. Soil conditions can significantly alter phytohormone levels.
26. Some phytohormones inhibit growth in certain situations.
27. Studying phytohormones is essential for basic plant biology.
28. The team's research focuses on the biosynthesis of a specific phytohormone.
29. The concentration of phytohormones varies throughout the plant.
30. Phytohormone signaling pathways are complex and intricate.
31. We are investigating the role of a novel phytohormone in drought tolerance.
32. Mutations affecting phytohormone synthesis often have severe consequences.
33. This article reviews the latest findings on phytohormone action.
34. Phytohormones are crucial for plant reproduction.
35. Many phytohormones are involved in root development.
36. The degradation of phytohormones is equally important as their synthesis.
37. Overproduction of certain phytohormones can have negative effects.
38. This new phytohormone receptor offers exciting possibilities for research.
39. The experiment aimed to measure phytohormone levels in different tissues.
40. New technologies are improving our ability to analyze phytohormones.
41. Phytohormone application can be used to enhance crop quality.
42. Understanding the crosstalk between phytohormones is crucial.
43. The phytohormone strigolactone regulates branching.
44. Improved knowledge of phytohormones is vital for future food security.
45. Phytohormones interact in complex networks to govern plant growth.
46. The precise regulation of phytohormones is critical for plant health.
47. Further research is needed to fully elucidate phytohormone functions.
48. This book provides a comprehensive overview of plant phytohormones.
49. The study revealed a novel mechanism for phytohormone perception.
50. Manipulating phytohormones may offer solutions to various agricultural problems.