"Tissotiids" Example Sentences
1. Tissotiids are a family of parasitic flatworms.
2. Researchers discovered new species of tissotiids in the deep ocean.
3. The life cycle of tissotiids involves multiple host organisms.
4. The study of tissotiids has shed light on the evolution of parasitic behavior.
5. Tissotiids can have devastating effects on their host populations.
6. The morphology of tissotiids varies greatly among different species.
7. Some species of tissotiids have been found to infect both fish and crustaceans.
8. Tissotiids have a complex life history, involving free-living and parasitic stages.
9. The discovery of tissotiids in a local fishery has raised concerns about the spread of parasites.
10. Tissotiids can cause anemia and other health problems in their hosts.
11. Research on tissotiids has revealed the importance of environmental factors in the transmission of parasites.
12. Tissotiids are known to be highly pathogenic to certain fish species.
13. The genome of tissotiids has been sequenced, providing new insights into the biology of parasites.
14. Tissotiids have been identified in both freshwater and marine environments.
15. The prevalence of tissotiids in wild fish populations is poorly understood.
16. Tissotiids are a significant threat to aquaculture and wild fish stocks.
17. The transmission of tissotiids between host species is still not fully understood.
18. Tissotiids have been found to exhibit high levels of genetic variation within populations.
19. The impact of tissotiids on ecosystem functioning is an active area of research.
20. Tissotiids are related to other parasitic flatworms, such as trematodes and cestodes.
21. The behavior of tissotiids inside their host organisms is highly adaptive.
22. Tissotiids have been found to be more prevalent in certain geographic regions.
23. The reproduction of tissotiids occurs via internal fertilization.
24. The complex life cycle of tissotiids involves multiple developmental stages.
25. Tissotiids are difficult to detect in live fish due to their small size and inconspicuous appearance.
26. The spread of tissotiids can be facilitated by human activities, such as aquaculture and trade of infected species.
27. Tissotiids have been known to cause mass mortalities in fish populations.
28. The distribution of tissotiids in the wild is likely influenced by biotic and abiotic factors.
29. Tissotiids contribute to the ecological and economic costs of parasitic infections.
30. Tissotiids are underrepresented in global databases of parasitic organisms.
31. The taxonomy of tissotiids is currently undergoing revision, with new species being described on a regular basis.
32. Tissotiids are capable of infecting multiple organs and tissues within their host organisms.
33. The transmission of tissotiids can occur via direct contact between infected and uninfected hosts.
34. Tissotiids have a complex life history, requiring multiple intermediate and definitive hosts.
35. The identification of tissotiids in a particular fish species can have significant implications for fisheries management.
36. The economic impact of tissotiids on the aquaculture industry is substantial.
37. Tissotiids are highly adapted to their parasitic lifestyle, with specialized structures for attachment and feeding.
38. The study of tissotiids has contributed to our understanding of the coevolution between parasites and their hosts.
39. Tissotiids play an important role in nutrient cycling within aquatic ecosystems.
40. The prevention and control of tissotiids infections remains a challenge for fisheries managers and scientists.
Common Phases
1. The
tissotiids are a diverse group of marine invertebrates;
2.
Tissotiids are found in various marine environments worldwide;
3. Some
tissotiids are colonial and form complex structures;
4.
Tissotiids belong to the phylum Bryozoa, which includes other colonial invertebrates;
5. The anatomy of
tissotiids includes a feeding apparatus called a lophophore;
6. Some species of
tissotiids have been used for medicinal purposes;
7.
Tissotiids play important ecological roles in marine ecosystems as filter feeders;
8. The reproductive strategies of
tissotiids vary among species;
9. Scientists are still discovering new species of
tissotiids to this day.