Acoelomate example sentences

"Acoelomate" Example Sentences

1. Acoelomate animals lack a body cavity.
2. The flatworm is an example of an acoelomate organism.
3. Unlike coelomates, acoelomates have no true body cavity.
4. Acoelomate phyla include Platyhelminthes.
5. Many acoelomate species are parasitic.
6. This invertebrate is classified as an acoelomate.
7. The study focused on the development of acoelomate embryos.
8. Acoelomate body plans are relatively simple.
9. Are flatworms acoelomate or coelomate?
10. Several acoelomate lineages exist.
11. The acoelomate condition is ancestral in some groups.
12. We observed unique characteristics in this acoelomate species.
13. Understanding acoelomate evolution is crucial.
14. Acoelomates often exhibit high surface area to volume ratios.
15. The research highlighted the adaptations of acoelomate organisms.
16. This textbook chapter covers acoelomate anatomy.
17. Acoelomate animals rely on diffusion for nutrient transport.
18. Evolutionarily, acoelomates predate coelomates.
19. The absence of a coelom defines an acoelomate.
20. Surprisingly, some acoelomate species are quite large.
21. Acoelomate body plans are efficient for their size.
22. Further research is needed on acoelomate reproduction.
23. It's an acoelomate, therefore lacking a body cavity.
24. The acoelomate flatworm displays remarkable regeneration.
25. This is a classic example of an acoelomate animal.
26. Acoelomates represent a significant branch of the animal kingdom.
27. Many acoelomate species are found in marine environments.
28. The comparative study included both coelomate and acoelomate specimens.
29. Acoelomate organisms often exhibit flattened bodies.
30. Their acoelomate structure simplifies their physiology.
31. The classification of this organism as acoelomate is widely accepted.
32. Researchers are investigating the genetic basis of acoelomate development.
33. The acoelomate body plan limits organ complexity.
34. This acoelomate displays unique adaptations to its parasitic lifestyle.
35. It is important to distinguish between acoelomate and pseudocoelomate.
36. Despite being acoelomate, it displays surprising complexity.
37. The phylogenetic relationships of acoelomates are still debated.
38. Acoelomate animals have a solid mesoderm.
39. This acoelomate shows significant diversity.
40. The characteristics of acoelomate are well documented.
41. New discoveries challenge traditional views of acoelomate evolution.
42. Acoelomate morphology is significantly different from coelomates.
43. Their acoelomate nature impacts their locomotion.
44. The experiment compared the behavior of coelomate and acoelomate species.
45. Many acoelomate animals are microscopic.
46. Understanding acoelomate biology enhances our understanding of animal evolution.
47. The acoelomate condition is a key characteristic of this phylum.
48. This presentation will focus on the characteristics of acoelomates.
49. Acoelomate animals are often dorsoventrally flattened.
50. The acoelomate body plan is an adaptation to their environment.