Pyrenoid example sentences

"Pyrenoid" Example Sentences

1. The pyrenoid is a crucial structure in algal photosynthesis.
2. Microscopic analysis revealed a distinct pyrenoid within the chloroplast.
3. Research suggests the pyrenoid 4. This species of algae lacks a visible pyrenoid.
5. The pyrenoid's function in carbon concentration is widely studied.
6. Scientists are exploring the pyrenoid’s role in climate change mitigation.
7. Understanding the pyrenoid is key to improving algal biofuel production.
8. The pyrenoid, a fascinating organelle, warrants further investigation.
9. Several hypotheses attempt to explain the pyrenoid's evolutionary origins.
10. Its unique pyrenoid helps this algae thrive in low-CO2 environments.
11. The presence of a pyrenoid is a diagnostic feature of this genus.
12. We observed the pyrenoid using confocal microscopy.
13. The pyrenoid's location within the chloroplast varies depending on the species.
14. The intricate structure of the pyrenoid is truly remarkable.
15. Despite its importance, the pyrenoid remains relatively understudied.
16. Furthermore, the pyrenoid plays a vital role in carbon fixation.
17. They found evidence suggesting the pyrenoid influences algal growth rates.
18. The pyrenoid is often surrounded by starch granules.
19. Electron microscopy revealed the detailed morphology of the pyrenoid.
20. Efficient carbon concentrating mechanisms are often associated with a prominent pyrenoid.
21. Some believe the pyrenoid could be harnessed for biotechnology applications.
22. The pyrenoid’s structure is highly dynamic.
23. Mutations affecting the pyrenoid can have severe consequences.
24. Algal evolution has led to diverse forms of the pyrenoid.
25. The study of the pyrenoid provides insights into algal physiology.
26. Without a functioning pyrenoid, photosynthesis is significantly impaired.
27. The pyrenoid, a key component of the chloroplast, deserves more attention.
28. This unusual pyrenoid structure is unique to this specific species.
29. The paper focuses on the development and function of the pyrenoid.
30. Interestingly, the pyrenoid can vary in size depending on environmental conditions.
31. Genetic analysis is being used to understand the pyrenoid's genetic basis.
32. The pyrenoid is a fascinating subject for both biochemists and botanists.
33. They observed a decrease in pyrenoid size under high-CO2 conditions.
34. The size and shape of the pyrenoid are valuable taxonomic characteristics.
35. A better understanding of the pyrenoid could lead to improved crop yields.
36. The role of the pyrenoid in Rubisco activity is currently being investigated.
37. The pyrenoid is composed of proteins and other macromolecules.
38. Further research on the pyrenoid is needed to clarify its exact function.
39. Many questions remain about the evolution and diversification of the pyrenoid.
40. The pyrenoid may be crucial for the survival of algae in diverse habitats.
41. It is hypothesized that the pyrenoid enhances CO2 fixation efficiency.
42. The pyrenoid acts as a carbon concentrating mechanism.
43. Comparative studies reveal the diversity of pyrenoid structure across different algal groups.
44. The precise mechanisms involved in pyrenoid formation are not fully understood.
45. The presence or absence of a pyrenoid can be used as a phylogenetic marker.
46. This particular algae possesses a highly specialized pyrenoid structure.
47. Studying the pyrenoid may shed light on the evolution of photosynthesis.
48. The development of the pyrenoid is tightly regulated.
49. The pyrenoid’s role in enhancing photosynthetic efficiency is undeniable.
50. Innovative imaging techniques are improving our understanding of the pyrenoid's internal organization.