100 Examples of sentences containing the noun "bacterium"

Definition

Bacterium (plural: bacteria) refers to a single-celled microorganism that lacks a nucleus and other membrane-bound organelles. Bacteria can be found in various environments, including soil, water, and within the bodies of living organisms. They can be beneficial, serving essential roles in processes like digestion and nutrient cycling, or harmful, causing diseases.

Synonyms

• Microbe
• Germ
• Pathogen
• Bug
• Cell

Antonyms

• Virus (in terms of pathogenic organisms)
• Eukaryote (referring to organisms with a nucleus)

Examples

1. The bacterium in the yogurt helps with digestion.
2. Scientists discovered a new bacterium that can decompose plastic.
3. The bacterium responsible for the infection was identified in the lab.
4. A single bacterium can multiply rapidly under the right conditions.
5. In some cases, a bacterium can become resistant to antibiotics.
6. The bacterium thrives in extreme conditions, such as hot springs.
7. A bacterium is often used in genetic engineering.
8. We learned that not every bacterium is harmful to humans.
9. The bacterium can survive in both aerobic and anaerobic environments.
10. The bacterium was isolated from the contaminated water sample.
11. When the bacterium enters the bloodstream, it can cause severe illness.
12. Each bacterium has a unique genetic code.
13. The bacterium produces toxins that can affect human health.
14. Some species of bacterium play a crucial role in nutrient cycling in ecosystems.
15. The research focused on how the bacterium interacts with the host's immune system.
16. A beneficial bacterium can be found in the human gut.
17. The lab tested the water for the presence of harmful bacterium.
18. The bacterium divides by binary fission.
19. A dead bacterium can still trigger an immune response.
20. The bacterium was resistant to multiple antibiotics.
21. The bacterium can be visualized under a microscope.
22. Each bacterium has its own metabolic pathways.
23. The bacterium contributed to the fermentation process.
24. Not every bacterium can survive in a high-salt environment.
25. The researchers experimented with genetically modifying the bacterium.
26. A pathogenic bacterium can lead to an outbreak.
27. The bacterium formed a biofilm on the surface of the equipment.
28. The presence of a specific bacterium indicated contamination.
29. Some bacterium can produce antibiotics themselves.
30. The bacterium was found to have a unique resistance mechanism.
31. The bacterium could be used for bioremediation.
32. A single bacterium can lead to a widespread epidemic.
33. The study of the bacterium revealed new insights into microbial ecology.
34. The bacterium was cultured in a nutrient-rich medium.
35. A symbiotic relationship often exists between plants and certain bacterium.
36. The bacterium can adapt quickly to changes in its environment.
37. The effects of the bacterium on the human body are complex.
38. The bacterium can utilize a variety of energy sources.
39. Certain bacterium are known for their ability to fix nitrogen.
40. The bacterium was part of a larger study on gut health.
41. The pathogenic bacterium was linked to food poisoning outbreaks.
42. A single bacterium can evolve into a new strain.
43. The bacterium was identified using advanced sequencing techniques.
44. The bacterium releases enzymes that can break down organic matter.
45. Researchers are exploring how a specific bacterium can help in agriculture.
46. The presence of the bacterium in the sample was alarming.
47. A bacterium can be classified based on its shape and metabolic activity.
48. The bacterium was found to be a significant contributor to the ecosystem.
49. Understanding how the bacterium interacts with antibiotics is crucial.
50. The bacterium can form spores, allowing it to survive harsh conditions.
51. The bacterium was resistant to the commonly used disinfectant.
52. The study examined how the bacterium affects respiratory health.
53. A beneficial bacterium can outcompete harmful species.
54. The bacterium can produce gases as byproducts of metabolism.
55. The bacterium can be used in waste treatment processes.
56. The bacterium was isolated from a specific environmental sample.
57. The bacterium makes it easier for plants to absorb nutrients.
58. The bacterium was found in the intestines of healthy individuals.
59. A pathogenic bacterium can be transmitted through contaminated food.
60. The bacterium is essential for the nitrogen cycle.
61. The bacterium is often used in laboratory experiments.
62. The bacterium can lead to chronic infections if untreated.
63. A specific bacterium was found to influence soil health.
64. The bacterium can produce acids that affect pH levels.
65. The bacterium was part of a project to develop new probiotics.
66. Some species of bacterium have bioluminescent properties.
67. The bacterium can be harmful if it enters open wounds.
68. The bacterium was resistant to the newly developed antibiotic.
69. The bacterium was found to thrive in extreme temperatures.
70. The bacterium can be beneficial in composting processes.
71. The presence of the bacterium indicated a failure in sanitation.
72. The bacterium was used to study antibiotic resistance mechanisms.
73. A bacterium can play a role in the digestion of complex carbohydrates.
74. The bacterium was identified as a key player in the fermentation process.
75. The bacterium can cause infections in immunocompromised individuals.
76. A rare bacterium was discovered in the depths of the ocean.
77. The bacterium has been shown to produce bioactive compounds.
78. The bacterium was implicated in the breakdown of pollutants.
79. The bacterium can change its shape in response to environmental stress.
80. The bacterium was linked to a specific type of cancer in studies.
81. The bacterium can be used to produce biofuels.
82. The bacterium was found to have a symbiotic relationship with corals.
83. The bacterium can influence the flavor of fermented foods.
84. The study focused on how the bacterium interacts with other microbes.
85. A specific bacterium was found to be highly effective in bioremediation.
86. The bacterium was introduced into the ecosystem to restore balance.
87. The bacterium can survive without oxygen.
88. The bacterium was found to be the cause of a mysterious illness.
89. A beneficial bacterium can enhance the growth of plants.
90. The bacterium was observed to change its behavior in different environments.
91. The bacterium can produce metabolites that are useful in medicine.
92. The bacterium was isolated from a patient with a rare infection.
93. The bacterium can form colonies that are visible to the naked eye.
94. Certain bacterium are used in the production of dairy products.
95. The bacterium can trigger an inflammatory response in the host.
96. The bacterium was part of a study on antibiotic efficacy.
97. The bacterium can be genetically engineered for various applications.
98. The bacterium is often studied for its role in human health.
99. A pathogenic bacterium can be transmitted through direct contact.
100. The bacterium was found to have unique adaptations to survive in its niche.