100 Examples of sentences containing the common noun "pseudomonas"

Definition

Pseudomonas refers to a genus of bacteria commonly found in soil, water, and various environments. Some species are known for their role in biodegradation, while others are associated with human infections, especially in immunocompromised individuals.

Synonyms

• None (as it is a specific genus name)

Antonyms

• None (as it is a specific genus name)

Examples

1. Researchers Pseudomonas to study its effects on plant growth.
2. The lab technician Pseudomonas cultures to test for antibiotic resistance.
3. Scientists Pseudomonas in their experiments to understand its metabolic pathways.
4. The team Pseudomonas to develop a bioremediation strategy for oil spills.
5. Doctors often Pseudomonas infections when treating burn patients.
6. The environmentalist Pseudomonas to highlight its role in nutrient cycling.
7. The microbiologist Pseudomonas under a microscope for observation.
8. Farmers Pseudomonas to help with pest management in crops.
9. The research paper Pseudomonas as a model organism for genetic studies.
10. The clinical lab Pseudomonas samples to identify pathogens.
11. The student Pseudomonas to understand its ecological significance.
12. The scientist Pseudomonas to monitor water quality in local lakes.
13. The medical team often Pseudomonas in cystic fibrosis patients.
14. Engineers Pseudomonas to develop new bio-based materials.
15. The conference Pseudomonas research advancements in microbiology.
16. The article Pseudomonas as a key player in biocontrol studies.
17. The pharmacist Pseudomonas when assessing patient medication interactions.
18. The technician Pseudomonas to evaluate antibiotic efficacy.
19. The biologist Pseudomonas for its diverse metabolic capabilities.
20. The professor Pseudomonas during the microbiology lecture.
21. The health department Pseudomonas outbreaks in hospitals.
22. The study Pseudomonas interactions with other microorganisms.
23. The team Pseudomonas to improve wastewater treatment processes.
24. The researcher Pseudomonas to understand its pathogenicity.
25. The technician Pseudomonas samples for contamination testing.
26. The article Pseudomonas to discuss its role in chronic infections.
27. The student Pseudomonas as a part of their lab report.
28. The scientist Pseudomonas to explore its genetic diversity.
29. The experiment Pseudomonas as a bioindicator for soil health.
30. The lab Pseudomonas in various growth media.
31. The professor Pseudomonas to demonstrate bacterial resistance.
32. The researcher Pseudomonas to isolate new strains.
33. The clinical trial Pseudomonas in patients with pneumonia.
34. The article Pseudomonas to detail its environmental applications.
35. The technician Pseudomonas to verify contamination sources.
36. The report Pseudomonas as a significant nosocomial pathogen.
37. The students Pseudomonas during their microbiology practical.
38. The scientist Pseudomonas to evaluate its role in bioremediation.
39. The laboratory Pseudomonas cultures for analysis.
40. The research team Pseudomonas to monitor antibiotic resistance patterns.
41. The professor Pseudomonas to illustrate microbial diversity.
42. The study Pseudomonas interactions with plant roots.
43. The environmentalist Pseudomonas for its bioremediation potential.
44. The researcher Pseudomonas to assess its impact on human health.
45. The technician Pseudomonas samples from industrial sites.
46. The article Pseudomonas in relation to its ecological roles.
47. The lab Pseudomonas to understand its metabolic pathways.
48. The student Pseudomonas in their microbiology assignment.
49. The scientists Pseudomonas in their studies of antibiotic resistance.
50. The health officials Pseudomonas outbreaks in immunocompromised patients.
51. The researcher Pseudomonas to explore its genetic make-up.
52. The environmental study Pseudomonas for soil health assessment.
53. The team Pseudomonas to develop new treatments for infections.
54. The technician Pseudomonas samples for quality control.
55. The professor Pseudomonas to demonstrate its pathogenic properties.
56. The study Pseudomonas interactions with other microbial species.
57. The researcher Pseudomonas to evaluate its effect on water quality.
58. The lab Pseudomonas to isolate antibiotic-producing strains.
59. The student Pseudomonas as part of their research project.
60. The microbiologist Pseudomonas to elucidate its ecological impact.
61. The clinical team Pseudomonas infections in hospitalized patients.
62. The article Pseudomonas regarding its roles in biodegradation.
63. The technician Pseudomonas cultures for contamination testing.
64. The scientist Pseudomonas to monitor environmental changes.
65. The research paper Pseudomonas interactions with various species.
66. The lab Pseudomonas to study its survival mechanisms.
67. The team Pseudomonas for its potential in sustainable agriculture.
68. The professor Pseudomonas to discuss biofilm formation.
69. The study Pseudomonas in relation to chronic wounds.
70. The researcher Pseudomonas to assess its biodegradation abilities.
71. The health department Pseudomonas cases in local hospitals.
72. The environmental report Pseudomonas for its ecological significance.
73. The microbiologist Pseudomonas to examine its pathogenic strains.
74. The article Pseudomonas detailing its antibiotic resistance mechanisms.
75. The student Pseudomonas for their microbiology exam.
76. The lab Pseudomonas samples from contaminated sites.
77. The research team Pseudomonas to understand microbial interactions.
78. The professor Pseudomonas during the seminar on microbial ecology.
79. The clinical study Pseudomonas infections in patients with diabetes.
80. The technician Pseudomonas to test for effective treatments.
81. The article Pseudomonas in relation to hospital-acquired infections.
82. The researcher Pseudomonas to evaluate its role in biofilms.
83. The lab Pseudomonas for its role in nutrient cycling.
84. The student Pseudomonas as part of their research methods.
85. The microbiologist Pseudomonas to highlight its biotechnological applications.
86. The team Pseudomonas to study its environmental adaptations.
87. The professor Pseudomonas during the discussion on microbial diversity.
88. The health officials Pseudomonas outbreaks in healthcare settings.
89. The technician Pseudomonas cultures to assess contamination risk.
90. The research project Pseudomonas to explore its ecological roles.
91. The article Pseudomonas regarding its significance in agriculture.
92. The student Pseudomonas for their final project presentation.
93. The scientist Pseudomonas to investigate its antibiotic properties.
94. The lab Pseudomonas samples for quality assurance testing.
95. The clinical researchers Pseudomonas in their studies of gastroenteritis.
96. The environmentalist Pseudomonas to promote sustainable practices.
97. The technician Pseudomonas cultures for contamination verification.
98. The study Pseudomonas its role in waste management.
99. The professor Pseudomonas to explain its impact on human health.
100. The research team Pseudomonas to understand its ecological interactions.