Siphoviridae example sentences

"Siphoviridae" Example Sentences

1. The research focused on the morphology of Siphoviridae phages.
2. Siphoviridae are a diverse family of bacteriophages.
3. Understanding Siphoviridae evolution is crucial.
4. Many economically important bacteria are infected by Siphoviridae.
5. The genome size of Siphoviridae varies considerably.
6. New Siphoviridae species are constantly being discovered.
7. This study investigated the host range of a particular Siphoviridae phage.
8. Siphoviridae phages often exhibit a temperate lifecycle.
9. The lysogenic cycle in Siphoviridae is complex.
10. Researchers are exploring the therapeutic potential of Siphoviridae.
11. We analyzed the genetic diversity within the Siphoviridae family.
12. The classification of Siphoviridae is based on various factors.
13. Bacterial resistance to Siphoviridae is a growing concern.
14. Siphoviridae play a significant role in microbial ecology.
15. Further research is needed to understand the complete life cycle of Siphoviridae.
16. The study compared the genetic makeup of different Siphoviridae isolates.
17. This phage, belonging to the Siphoviridae family, displayed unique properties.
18. Are all members of the Siphoviridae family capable of lysogeny?
19. The long, non-contractile tail is a hallmark characteristic of Siphoviridae.
20. Identifying novel Siphoviridae can lead to new biotechnological applications.
21. Siphoviridae are known to infect a wide range of bacterial hosts.
22. The use of Siphoviridae in phage therapy is promising.
23. The application of Siphoviridae in biocontrol is being investigated.
24. This paper reviews recent advances in the study of Siphoviridae biology.
25. Comparative genomics of Siphoviridae reveals interesting evolutionary patterns.
26. In this study we characterized a new Siphoviridae phage isolated from soil.
27. The tail fibers of Siphoviridae are critical for host recognition.
28. Siphoviridae represent a vast reservoir of genetic diversity.
29. The structure of Siphoviridae capsids has been extensively studied.
30. What are the key factors that determine the host specificity of Siphoviridae?
31. Evolutionary relationships within the Siphoviridae family are complex.
32. Understanding Siphoviridae helps us understand bacterial evolution.
33. The discovery of novel Siphoviridae is constantly expanding our knowledge.
34. We found that this Siphoviridae phage could effectively lyse the target bacteria.
35. The study of Siphoviridae is important for understanding bacterial pathogenesis.
36. Siphoviridae are valuable tools for studying bacterial genetics.
37. The potential of Siphoviridae in environmental remediation is being explored.
38. This new Siphoviridae phage exhibits high lytic activity.
39. Many questions remain regarding the ecological impact of Siphoviridae.
40. Advanced sequencing techniques are improving our understanding of Siphoviridae diversity.
41. The study of Siphoviridae is an active area of research.
42. Siphoviridae phages offer a promising alternative to antibiotics.
43. Further research into Siphoviridae is warranted.
44. The Siphoviridae family comprises a vast array of bacteriophages.
45. Novel applications of Siphoviridae are constantly emerging.
46. Siphoviridae are found in diverse environments worldwide.
47. The prevalence of Siphoviridae in the human microbiome is being investigated.
48. Siphoviridae genome analysis reveals intricate regulatory mechanisms.
49. This Siphoviridae phage shows promise as a therapeutic agent.
50. The study concluded that the Siphoviridae phage efficiently infected the host.