100 Examples of sentences containing the common noun "mycoplasma"

Definition

Mycoplasma refers to a genus of bacteria that are characterized by their lack of a cell wall. They are among the smallest and simplest self-replicating organisms and can cause various diseases in humans, animals, and plants. Mycoplasmas are important in both medical and agricultural contexts due to their role in infections and their impact on crop health.

Synonyms

• Bacteria
• Pathogen
• Microbe
• Germ

Antonyms

• Virus (in a broad context)
• Eukaryote (as a type of organism)

Examples

1. The researcher observed how Mycoplasma infected the host cells.
2. Mycoplasma causes respiratory issues in livestock.
3. Scientists studied Mycoplasma to understand its genetic makeup.
4. The team identified Mycoplasma in the patient's blood sample.
5. Mycoplasma was responsible for the outbreak in the poultry farm.
6. Doctors often test for Mycoplasma when diagnosing certain diseases.
7. Mycoplasma can lead to chronic infections if left untreated.
8. Researchers discovered a new strain of Mycoplasma in the lab.
9. The antibiotic treatment targets Mycoplasma effectively.
10. Mycoplasma has been linked to several autoimmune disorders.
11. The biologist isolated Mycoplasma from the environmental samples.
12. Mycoplasma is known for its resistance to certain antibiotics.
13. The diagnostic kit detects Mycoplasma in clinical settings.
14. Mycoplasma produces unique proteins that are studied for industrial applications.
15. Infections caused by Mycoplasma require careful medical management.
16. The veterinary team reported an increase in Mycoplasma cases among cattle.
17. Mycoplasma may alter the normal flora of the respiratory tract.
18. The lab cultured Mycoplasma to test its susceptibility to drugs.
19. Mycoplasma is a significant concern in biopharmaceutical production.
20. The student presented findings about Mycoplasma's role in disease.
21. Mycoplasma affects both plants and animals, making it versatile.
22. The infection spread rapidly due to undetected Mycoplasma.
23. Mycoplasma can be a co-infection with other pathogens.
24. The veterinarian treated the animal for Mycoplasma-related symptoms.
25. Mycoplasma was found in the water supply, prompting a health alert.
26. The outbreak of Mycoplasma raised concerns in the public health community.
27. Mycoplasma was isolated from a chronic patient suffering from pneumonia.
28. The microbiologist analyzed the Mycoplasma genome for research purposes.
29. Mycoplasma could potentially be used in genetic engineering.
30. The team investigated the ecological impact of Mycoplasma on marine life.
31. Mycoplasma has a unique metabolism that researchers find intriguing.
32. The lab developed a new assay to detect Mycoplasma infections.
33. Mycoplasma is often overlooked in routine pathogen screenings.
34. The symptoms of Mycoplasma include fever and coughing.
35. The effects of Mycoplasma on cellular function fascinate scientists.
36. Mycoplasma was responsible for the decline of a particular fish species.
37. The study focused on the transmission pathways of Mycoplasma.
38. Mycoplasma can survive in nutrient-poor environments.
39. The researchers published their findings regarding Mycoplasma resistance.
40. Mycoplasma has been implicated in several chronic diseases.
41. The patient was diagnosed with a Mycoplasma infection after testing.
42. Mycoplasma could complicate treatment protocols for other diseases.
43. The effects of Mycoplasma on host immunity are under investigation.
44. The agricultural sector faces challenges due to Mycoplasma outbreaks.
45. Mycoplasma is often used as a model organism in research.
46. The rapid detection of Mycoplasma is crucial for effective treatment.
47. Mycoplasma may contribute to biofilm formation in medical devices.
48. The conference included discussions on Mycoplasma-related diseases.
49. Mycoplasma has a significant impact on the dairy industry.
50. The microbiologist published a paper on the pathogenicity of Mycoplasma.
51. Mycoplasma is known for its ability to evade the host's immune system.
52. The team collaborated with other labs to study Mycoplasma.
53. Mycoplasma can thrive in various environmental conditions.
54. The symptoms of a Mycoplasma infection vary widely among individuals.
55. Mycoplasma was detected in the agricultural samples collected.
56. The risk of Mycoplasma increases in crowded living conditions.
57. The scientist believed that Mycoplasma could be a vector for other pathogens.
58. Mycoplasma is often used in studies of cell membrane dynamics.
59. The treatment plan included medication targeting Mycoplasma.
60. Mycoplasma has been studied extensively for its unique characteristics.
61. The lab investigated the role of Mycoplasma in chronic diseases.
62. Mycoplasma could potentially be used as a bio-control agent.
63. The findings regarding Mycoplasma were groundbreaking in the field.
64. Mycoplasma is resistant to many traditional antibiotics.
65. The research team hypothesized that Mycoplasma played a role in inflammation.
66. Mycoplasma may disrupt normal cellular processes.
67. The outbreak was attributed to a strain of Mycoplasma.
68. Mycoplasma can be transmitted through respiratory droplets.
69. The environmental impact of Mycoplasma is a growing concern.
70. Mycoplasma was found to be present in multiple sample sites.
71. The conference addressed Mycoplasma's implications in human health.
72. Mycoplasma has a significant role in shaping microbial communities.
73. The study examined the genetics of Mycoplasma for potential applications.
74. Mycoplasma is often underestimated in clinical microbiology.
75. The isolation of Mycoplasma was essential for the study's success.
76. Mycoplasma can lead to severe consequences in infected individuals.
77. The research highlighted the importance of understanding Mycoplasma.
78. Mycoplasma was implicated in the decline of certain plant species.
79. The antibiotic resistance of Mycoplasma poses a challenge for treatment.
80. Mycoplasma can affect the reproductive health of animals.
81. The team utilized advanced techniques to analyze Mycoplasma.
82. Mycoplasma is a common contaminant in cell cultures.
83. The patient responded well to the treatment targeting Mycoplasma.
84. Mycoplasma has been linked to various respiratory syndromes.
85. The investigation revealed the presence of Mycoplasma in the samples.
86. Mycoplasma is a topic of interest for many microbiologists.
87. The lab monitored the growth of Mycoplasma under different conditions.
88. Mycoplasma could serve as a model for studying cell biology.
89. The implications of Mycoplasma extend to both human and veterinary medicine.
90. The scientist explored potential therapies for Mycoplasma infections.
91. Mycoplasma is often misdiagnosed due to its symptom overlap with other conditions.
92. The study focused on the economic impact of Mycoplasma in agriculture.
93. Mycoplasma was shown to alter the immune response in host organisms.
94. The prevalence of Mycoplasma is concerning in crowded environments.
95. Mycoplasma can complicate laboratory results if not properly managed.
96. The research provided new insights into the behavior of Mycoplasma.
97. Mycoplasma is critical for understanding microbial pathogenesis.
98. The team developed a vaccine aimed at preventing Mycoplasma infections.
99. Mycoplasma was identified as a significant factor in crop losses.
100. The emergence of antibiotic-resistant Mycoplasma is a public health concern.