"Bursaria" Example Sentences
1. Paramecium bursaria is a well-studied species of unicellular freshwater organism.
2. Endosymbiotic algae live inside the cytoplasm of Paramecium bursaria cells.
3. The bursaria of Paramecium is an iconic structure that helps it to collect food.
4. At the end of the bursaria, there is a cytostome that acts as the mouth of Paramecium.
5. Paramecium bursaria can be found in almost any freshwater environment, including ponds and rivers.
6. The green algae that lives inside Paramecium bursaria provides it with food through photosynthesis.
7. The bursaria of Paramecium also acts as a contractile vacuole that helps regulate water balance.
8. Researchers have studied the interactions between Paramecium bursaria and its endosymbionts for decades.
9. The bursaria of Paramecium can be seen clearly under a microscope due to their distinctive shape.
10. The endosymbionts of Paramecium bursaria are unique in that they are not always passed on to the next generation.
11. Paramecium bursaria can swallow whole food particles or ingest them through the bursaria.
12. The algae inside Paramecium bursaria is not only a source of food, but also protects the cell from harmful UV radiation.
13. The bursaria of Paramecium is an essential adaptation that enables it to survive in challenging freshwater environments.
14. The endosymbionts of Paramecium bursaria have evolved to become dependent on their host for survival.
15. Paramecium bursaria is a common model organism for studying the mechanisms of endosymbiosis.
16. Some species of Paramecium do not have bursaria and must rely on cilia to gather food particles.
17. The structure of the bursaria in Paramecium allows it to selectively filter out unwanted particles.
18. Paramecium bursaria is a fascinating subject for microscopy due to its complex internal structure, including the bursaria and contractile vacuoles.
19. Bursaria are not unique to Paramecium, but are also found in other species of unicellular organisms.
20. The interactions between Paramecium bursaria and its endosymbionts are constantly evolving.
21. Scientists are working to determine the genetic basis for the relationship between Paramecium bursaria and its endosymbionts.
22. The bursaria of Paramecium is a highly specialized structure that plays an essential role in its survival.
23. Paramecium bursaria has been used to study the effects of environmental stress on endosymbiosis.
24. The endosymbionts of Paramecium bursaria have been found to have a significant impact on the overall fitness of the host cell.
25. The green algae that live inside Paramecium bursaria are referred to as "zoochlorellae."
26. Paramecium bursaria is one of the few species of unicellular organisms that exhibits its distinctive bursaria structure.
27. The bursaria of Paramecium is an example of a specialized organelle that has evolved to meet a specific functional requirement.
28. The relationship between Paramecium bursaria and its endosymbionts represents one of the most intricate examples of endosymbiosis in nature.
29. The bursaria of Paramecium is a complex structure that includes both ciliated and non-ciliated regions.
30. The unique structure and function of the bursaria in Paramecium have attracted the attention of scientists for decades.
Common Phases
not include examples of phases.
1.
Bursaria feeds on small algae;
2. The
bursaria moves by using its cilia;
3. The
bursaria has a contractile vacuole that helps regulate its water balance;
4.
Bursaria reproduces asexually by binary fission;
5. The
bursaria is a single-celled organism that belongs to the phylum Ciliophora;
6.
Bursaria is an important food source for many aquatic animals.