Osmoprotectant example sentences

"Osmoprotectant" Example Sentences

1. Osmoprotectants are crucial for plant survival in arid conditions.
2. The bacterium synthesized several osmoprotectants to withstand high salinity.
3. Research focuses on identifying novel osmoprotectants for crop improvement.
4. Adding exogenous osmoprotectants enhanced drought tolerance.
5. Osmoprotectant accumulation is a key adaptive mechanism.
6. Proline acts as an effective osmoprotectant in many species.
7. Glycine betaine is a well-known osmoprotectant used in agriculture.
8. This study investigated the role of trehalose as an osmoprotectant.
9. The efficacy of different osmoprotectants varied across plant types.
10. Osmoprotectants help maintain cell turgor pressure under stress.
11. Excessive osmoprotectant accumulation can be detrimental.
12. Genetic engineering allows for enhanced osmoprotectant production.
13. We examined the osmoprotectant profile of halophilic archaea.
14. The synthesis of osmoprotectants is regulated by complex pathways.
15. Several genes are involved in osmoprotectant biosynthesis.
16. Osmoprotectant application improved seed germination rates.
17. Future research should focus on the practical application of osmoprotectants.
18. Understanding osmoprotectant mechanisms is crucial for stress management.
19. The use of osmoprotectants is a promising agricultural strategy.
20. This novel osmoprotectant showed superior performance.
21. Are there any downsides to using exogenous osmoprotectants?
22. The optimal concentration of osmoprotectant needs further investigation.
23. Osmoprotectant production was significantly increased under stress.
24. Different osmoprotectants have varying degrees of effectiveness.
25. Osmoprotectants, like proline, protect against osmotic stress.
26. Environmental conditions influence osmoprotectant accumulation levels.
27. The experiment tested the effects of various osmoprotectants on growth.
28. The results demonstrated a clear benefit from the osmoprotectant treatment.
29. Further research is needed to identify more efficient osmoprotectants.
30. Osmoprotectants play a vital role in maintaining cellular homeostasis.
31. This review summarizes recent advances in osmoprotectant research.
32. Osmoprotectant levels were measured using a high-performance liquid chromatography.
33. The osmoprotectant significantly improved plant survival rates.
34. Application of osmoprotectants could mitigate the effects of climate change.
35. We hypothesized that the osmoprotectant would enhance stress tolerance.
36. The study compared the effectiveness of two different osmoprotectants.
37. Improved osmoprotectant delivery systems are needed for optimal results.
38. The mechanism of action of this novel osmoprotectant is unknown.
39. Osmoprotectants are increasingly important in biotechnology.
40. This chapter discusses the various types of osmoprotectants and their applications.
41. The osmoprotectant was successfully delivered via foliar spray.
42. Long-term effects of osmoprotectant application require further study.
43. The cost-effectiveness of using osmoprotectants needs to be considered.
44. Osmoprotectants offer a sustainable solution to drought stress.
45. This innovative osmoprotectant has the potential to revolutionize agriculture.
46. The concentration of osmoprotectant was optimized for maximum effect.
47. The presence of osmoprotectants indicates an adaptation to salty environments.
48. Synthetic osmoprotectants are being developed for various applications.
49. Analysis revealed a significant increase in osmoprotectant levels after stress exposure.
50. Osmoprotectant research is a rapidly expanding field of study.