100 Examples of sentences containing the common noun "phage"

Definition

A "phage" is a virus that infects and replicates within bacteria. It is a short form of "bacteriophage," where "bacteria" refers to the host organisms and "phage" is derived from the Greek word "phagein," meaning "to eat." Phages are used in various fields, including microbiology and medicine, particularly in phage therapy to treat bacterial infections.

Synonyms

• Bacteriophage
• Virus (in the context of bacterial infection)
• Microbial virus

Antonyms

• Antibiotic (in the context of bacterial treatment)
• Antiseptic (in the context of inhibiting bacterial growth)

Examples

1. The scientist used a specific phage to target the harmful bacteria in the lab.
2. Researchers are exploring how to phage resistant strains of bacteria effectively.
3. The phage can replicate quickly once it enters the bacterial host.
4. We need to find a way to phage the bacteria without harming the beneficial ones.
5. After testing different phage types, they identified the most effective one.
6. The study aims to phage bacterial infections that are difficult to treat with antibiotics.
7. She was excited to learn how to phage various strains of E. coli.
8. Phage therapy might be the solution to phage antibiotic resistance.
9. They decided to phage the contaminated samples to isolate the bacteria.
10. The phage will help control the bacterial population in the environment.
11. He could see the results of the experiment as the phage began to attack the bacteria.
12. The lab developed a method to phage multiple bacterial targets simultaneously.
13. They observed how the phage would attach to the bacterial cell wall.
14. The research team planned to phage the problematic bacteria in the patient's gut.
15. A new study suggests how we might phage chronic infections with tailored viruses.
16. The ability to phage and eliminate specific bacteria is crucial for this therapy.
17. Scientists are excited to see how the phage interacts with the bacterial immune system.
18. By understanding how to phage bacteria, we can develop better treatments.
19. The phage used in the trial demonstrated impressive results against the infection.
20. They were tasked with finding ways to phage bacteria without damaging human cells.
21. The process to phage biofilms is still under investigation.
22. Everyone was curious to see how quickly the phage would proliferate.
23. The lab is focused on how to effectively phage different bacterial strains.
24. It is important to know how to phage the bacteria in a controlled environment.
25. The team successfully managed to phage the pathogen from the samples.
26. He explained how the phage could potentially save lives.
27. The research aimed to phage the infection in a more targeted manner.
28. They needed to phage the bacteria before conducting further tests.
29. The phage showed promise in preliminary studies against the outbreak.
30. The scientist will phage the resistant bacteria in her experiment next week.
31. By using the right phage, they were able to eliminate the unwanted bacteria.
32. He was fascinated by how the phage could destroy harmful microbes.
33. The ability to phage specific bacteria opens new avenues for research.
34. Their goal is to phage the bacteria without impacting the surrounding ecosystem.
35. The phage was engineered to be more effective against the targeted strain.
36. In the lab, they will phage the cultures to see which ones respond best.
37. The results showed that the phage could reduce the bacterial load significantly.
38. She was eager to phage the samples using the newly developed technique.
39. The study provided insights into how to phage bacterial infections safely.
40. They realized they could phage the bacteria using a combination of methods.
41. The phage therapy was successful in clearing the infection.
42. They plan to phage the resistant strain in the next phase of the trial.
43. The researchers aimed to phage the bacteria before they spread further.
44. Observing how the phage attaches to bacteria is crucial for understanding its efficacy.
45. The team worked tirelessly to phage the outbreak in the community.
46. He was determined to phage the bacteria using his innovative approach.
47. The phage selection process is vital for successful treatment.
48. They could visualize how the phage was impacting bacterial growth.
49. The lab's ability to phage different bacteria sets them apart from others.
50. The phage proved to be effective in multiple trials against the same bacteria.
51. They were able to phage the bacteria using natural isolates from the environment.
52. The goal was to find a way to phage the bacteria without adverse effects.
53. Understanding how to phage bacteria has implications for public health.
54. The phage was introduced to the bacterial culture to observe interactions.
55. He conducted experiments to phage specific strains for his research.
56. The potential to phage harmful bacteria is an exciting advancement in medicine.
57. The team has been trying to phage the problematic species with minimal success.
58. They had to phage the bacteria before proceeding with the analysis.
59. The phage therapy showed promise in treating chronic infections.
60. Researchers are eager to phage the bacteria to reduce infection rates.
61. The lab focused on ways to phage the bacteria in a more efficient manner.
62. They will phage the samples to isolate the most effective strains.
63. The phage employed in the experiment was sourced from local waters.
64. They learned how to phage different bacterial strains using specific protocols.
65. The process of how to phage bacteria is still being refined.
66. She documented the results of how the phage affected bacterial growth.
67. The findings indicate that we can phage bacteria that are resistant to antibiotics.
68. The objective was to phage the bacteria without harming beneficial flora.
69. The phage demonstrated its ability to target and destroy the pathogens.
70. They were excited to see how effectively they could phage the bacteria.
71. The lab's ability to phage multiple strains is a significant breakthrough.
72. The phage could potentially be used in future therapies for infections.
73. She explained how to phage the bacteria in a laboratory setting.
74. The research aims to phage the bacteria that cause food spoilage.
75. Understanding how to phage effectively can lead to better health outcomes.
76. The phage worked efficiently to eliminate the targeted bacteria.
77. He was passionate about finding ways to phage pathogens in food.
78. The lab was equipped to phage various bacteria for their studies.
79. There is significant interest in how to phage bacteria for therapeutic purposes.
80. The team needed to phage the samples to ensure safety.
81. The phage showed a high specificity for the harmful bacteria.
82. They planned to phage the bacteria in the contaminated site.
83. The method to phage bacteria was published in a leading journal.
84. He discussed the potential to phage bacteria in the human microbiome.
85. The ability to phage diverse bacterial strains was a key finding.
86. They hoped to phage the bacteria in a way that is environmentally friendly.
87. The phage was tested extensively before being used in patients.
88. The research focused on how to phage bacteria in real-world applications.
89. They were thrilled to see how effectively the phage could work.
90. The protocol outlines how to phage and characterize the bacteria.
91. The phage will be crucial in the fight against resistant infections.
92. He was determined to phage the bacteria in a controlled study.
93. The study aimed to phage bacterial infections without side effects.
94. The lab's goal was to phage the pathogens before they spread.
95. They will phage the bacteria to determine the most effective treatment.
96. The phage showed promising results in the preliminary trials.
97. Researchers are working to phage the bacteria in the human body safely.
98. The objective of the project was to phage harmful bacteria efficiently.
99. They needed to phage the bacteria before launching the new therapy.
100. The findings will help us understand how to better phage bacterial infections in the future.