Choanoflagellates example sentences

"Choanoflagellates" Example Sentences

1. Choanoflagellates are single-celled organisms.
2. The evolutionary relationship between choanoflagellates and animals is well-established.
3. Studying choanoflagellates provides insights into the origins of multicellularity.
4. Are choanoflagellates the closest living relatives of animals?
5. Many researchers believe choanoflagellates represent a crucial link in evolutionary history.
6. The morphology of choanoflagellates is remarkably similar to that of choanocytes.
7. Choanoflagellates, unlike animals, are primarily unicellular.
8. New discoveries about choanoflagellates continue to reshape our understanding of evolution.
9. The genetic analysis of choanoflagellates has yielded surprising results.
10. Understanding choanoflagellates is key to comprehending the origins of animal life.
11. Research on choanoflagellates is ongoing in many laboratories worldwide.
12. The ecological roles of choanoflagellates are still being investigated.
13. Choanoflagellates exhibit a surprising diversity of lifestyles.
14. Some choanoflagellates form colonies, hinting at multicellularity's origins.
15. The genome of choanoflagellates holds clues to animal evolution.
16. Scientists are using advanced techniques to study choanoflagellates in detail.
17. What are the limitations of current research on choanoflagellates?
18. Further research into choanoflagellates is needed to answer many questions.
19. The future of choanoflagellates research is bright and promising.
20. Choanoflagellates are found in various aquatic environments.
21. Microscopic analysis reveals the intricate structure of choanoflagellates.
22. Choanoflagellates play a vital role in aquatic ecosystems.
23. The unique characteristics of choanoflagellates make them fascinating subjects of study.
24. Comparative genomics of choanoflagellates and animals sheds light on their evolutionary history.
25. Recent studies have highlighted the importance of choanoflagellates in marine food webs.
26. How do choanoflagellates acquire nutrients?
27. The behavior of choanoflagellates is surprisingly complex.
28. Choanoflagellates are a group of protists.
29. The study of choanoflagellates is interdisciplinary, involving biology, genetics, and evolution.
30. Choanoflagellates: a key to understanding the transition from unicellular to multicellular life.
31. Observation of choanoflagellates requires specialized microscopy techniques.
32. The diversity within choanoflagellates is substantial and still being discovered.
33. Cultivating choanoflagellates in the laboratory presents unique challenges.
34. Choanoflagellates are surprisingly resilient to environmental changes.
35. The evolutionary success of choanoflagellates is testament to their adaptability.
36. We are only beginning to understand the full potential of choanoflagellates research.
37. Many unanswered questions remain about the biology of choanoflagellates.
38. Choanoflagellates are an important model organism for evolutionary studies.
39. The remarkable cellular features of choanoflagellates are worthy of further study.
40. Choanoflagellates might hold the key to understanding the evolution of cell signaling.
41. Researchers are exploring the potential applications of choanoflagellates in biotechnology.
42. Understanding the life cycle of choanoflagellates is crucial for their study.
43. The distribution of choanoflagellates varies across different aquatic habitats.
44. New species of choanoflagellates are still being discovered.
45. The future of choanoflagellates research promises exciting discoveries.
46. It is important to conserve the habitats of choanoflagellates to protect biodiversity.
47. Choanoflagellates are a significant component of the microbial loop.
48. The study of choanoflagellates contributes to our understanding of the tree of life.
49. Choanoflagellates, despite their simplicity, possess remarkable complexity.
50. Investigating choanoflagellates offers a window into the ancient past.