Photorespiration example sentences

"Photorespiration" Example Sentences

1. Photorespiration is a wasteful process in plants.
2. The efficiency of photosynthesis is reduced by photorespiration.
3. Plants have evolved mechanisms to minimize photorespiration.
4. High temperatures often exacerbate photorespiration.
5. Understanding photorespiration is crucial for crop improvement.
6. Photorespiration competes with the Calvin cycle.
7. Research continues into the intricacies of photorespiration.
8. Some plants have evolved to reduce photorespiration significantly.
9. The process of photorespiration involves oxygenase activity.
10. Photorespiration is a significant energy drain for many plants.
11. Reducing photorespiration could boost crop yields.
12. C4 plants have evolved to minimize photorespiration losses.
13. CAM plants also exhibit reduced photorespiration.
14. Water stress can influence the rate of photorespiration.
15. The study of photorespiration remains an active area of research.
16. Scientists are exploring ways to engineer plants with lower photorespiration.
17. Photorespiration, unlike photosynthesis, consumes energy.
18. Elevated CO2 levels can affect photorespiration rates.
19. Photorespiration's impact on plant growth is notable.
20. Many factors influence the extent of photorespiration in plants.
21. It is essential to consider photorespiration when studying plant physiology.
22. The metabolic pathway of photorespiration is complex.
23. Genetic manipulation could potentially reduce photorespiration.
24. Photorespiration is a byproduct of RuBisCO's dual function.
25. We must further investigate the mechanisms of photorespiration.
26. Improved understanding of photorespiration is vital for food security.
27. Because of photorespiration, plants lose some fixed carbon.
28. Future research might focus on engineering photorespiration out of plants.
29. The effects of photorespiration are more pronounced in certain conditions.
30. Photorespiration is a crucial area of plant biology.
31. Despite its negative aspects, photorespiration might have some unexpected benefits.
32. Current models of photorespiration are still being refined.
33. A deeper understanding of photorespiration could revolutionize agriculture.
34. Photorespiration is a less efficient process than photosynthesis.
35. The regulation of photorespiration remains an open question.
36. Environmental factors greatly influence the rate of photorespiration.
37. Optimizing photosynthesis often involves minimizing photorespiration.
38. Photorespiration can be thought of as a competing pathway to the Calvin cycle.
39. In essence, photorespiration undoes some of the work of photosynthesis.
40. The study of photorespiration requires sophisticated techniques.
41. New technologies might help us better understand photorespiration.
42. Controlling photorespiration is a key challenge in plant biotechnology.
43. Photorespiration is a complex process with multiple steps.
44. Researchers are developing strategies to mitigate photorespiration.
45. Photorespiration, while wasteful, is a natural process in plants.
46. The impact of climate change on photorespiration is uncertain.
47. Advanced modeling techniques are used to study photorespiration kinetics.
48. Improved crop yields may be achieved by reducing photorespiration.
49. Photorespiration is a significant factor affecting plant productivity.
50. Further research into the biochemical aspects of photorespiration is needed.