Herelleviridae example sentences

"Herelleviridae" Example Sentences

1. Herelleviridae research is crucial for understanding phage therapy.
2. The family Herelleviridae encompasses diverse bacteriophages.
3. Studies on Herelleviridae are expanding rapidly.
4. We are investigating the genetic diversity within Herelleviridae.
5. Herelleviridae phages are known to infect specific bacteria.
6. The classification of Herelleviridae is constantly evolving.
7. Understanding Herelleviridae is vital for developing new treatments.
8. New Herelleviridae phages are constantly being discovered.
9. Many researchers are focused on the application of Herelleviridae.
10. The potential of Herelleviridae in medicine is immense.
11. Herelleviridae offers a promising avenue for combating antibiotic resistance.
12. Further research into Herelleviridae is warranted.
13. The genomics of Herelleviridae is a burgeoning field.
14. This study focuses on the evolution of Herelleviridae.
15. Herelleviridae phages exhibit a remarkable level of host specificity.
16. The Herelleviridae family is a significant area of study in virology.
17. We found evidence of horizontal gene transfer within Herelleviridae.
18. The characteristics of Herelleviridae are distinct from other phage families.
19. Applications of Herelleviridae extend beyond medicine.
20. Are there untapped therapeutic possibilities within Herelleviridae?
21. Herelleviridae is a relatively new family of phages.
22. The discovery of new Herelleviridae members is ongoing.
23. This research highlights the ecological role of Herelleviridae.
24. What are the limitations of using Herelleviridae in phage therapy?
25. Herelleviridae research requires advanced techniques.
26. The future of Herelleviridae research looks bright.
27. We analyzed the proteome of a Herelleviridae phage.
28. The morphology of Herelleviridae phages is well-studied.
29. Comparative genomics of Herelleviridae reveals interesting insights.
30. This study compares different species within Herelleviridae.
31. Herelleviridae holds significant promise for future applications.
32. Investigating Herelleviridae requires interdisciplinary collaboration.
33. The lysogenic cycle of some Herelleviridae is poorly understood.
34. Advances in sequencing technology have accelerated Herelleviridae research.
35. Herelleviridae phages are an important component of the microbiome.
36. The host range of various Herelleviridae is diverse.
37. How does the environment influence Herelleviridae evolution?
38. The genetic manipulation of Herelleviridae is challenging.
39. Herelleviridae and other phage families share some common features.
40. This review summarizes current knowledge about Herelleviridae.
41. The economic impact of Herelleviridae research is substantial.
42. Ethical considerations surrounding Herelleviridae applications must be addressed.
43. Herelleviridae research is driving innovation in biotechnology.
44. The use of Herelleviridae in agriculture is promising.
45. Herelleviridae are found in various environments.
46. We identified a novel phage belonging to the Herelleviridae family.
47. The regulatory landscape surrounding Herelleviridae based therapies is complex.
48. Herelleviridae-based therapies are still under development.
49. The long-term effects of Herelleviridae use are being investigated.
50. Further research into the ecology of Herelleviridae is needed.