100 Examples of sentences containing the common noun "plasmodium malariae"

Definition

Plasmodium malariae refers to a species of protozoan parasite belonging to the genus Plasmodium, responsible for causing malaria in humans. It is one of the five species of Plasmodium that can infect humans and is known to cause a milder form of malaria, characterized by intermittent fever and a longer cycle of symptoms.

Synonyms

• None (Plasmodium malariae is a specific scientific term; it does not have direct synonyms as common nouns do.)

Antonyms

• None (Similar to synonyms, there are no direct antonyms for Plasmodium malariae, as it is a specific organism.)

Examples

1. Researchers Plasmodium malariae to study its life cycle.
2. The biologist Plasmodium malariae in a laboratory setting.
3. Understanding how Plasmodium malariae spreads is crucial for public health.
4. Scientists Plasmodium malariae for its resistance to certain treatments.
5. The effects of Plasmodium malariae on red blood cells are significant.
6. Epidemiologists Plasmodium malariae to track outbreaks of malaria.
7. The team Plasmodium malariae in areas where malaria is prevalent.
8. We Plasmodium malariae to develop new vaccines.
9. The study focused on how Plasmodium malariae interacts with the human immune system.
10. The researchers Plasmodium malariae to find effective control measures.
11. They Plasmodium malariae in order to understand its genetic variations.
12. The medical team Plasmodium malariae during the malaria outbreak.
13. The discovery of new strains of Plasmodium malariae has raised concerns.
14. The effects of climate change on Plasmodium malariae transmission are under investigation.
15. Health authorities Plasmodium malariae to implement prevention strategies.
16. The laboratory Plasmodium malariae for further analysis.
17. We Plasmodium malariae to assess its impact on local populations.
18. The clinic Plasmodium malariae to provide better treatment options.
19. The researchers Plasmodium malariae to create a more effective diagnostic test.
20. The team Plasmodium malariae to monitor its prevalence.
21. The scientist Plasmodium malariae in various geographical regions.
22. The study is designed to Plasmodium malariae and its variants.
23. The researchers Plasmodium malariae to understand its life cycle.
24. They Plasmodium malariae in order to develop new treatments.
25. The team Plasmodium malariae to evaluate its resistance patterns.
26. They Plasmodium malariae to gather data on infection rates.
27. The researchers Plasmodium malariae to discover potential vulnerabilities.
28. The health department Plasmodium malariae to prevent future outbreaks.
29. The scientists Plasmodium malariae in the context of global health.
30. They Plasmodium malariae to understand its transmission dynamics.
31. The researchers Plasmodium malariae to identify new drug targets.
32. The seminar focused on Plasmodium malariae and its implications for tropical medicine.
33. The team Plasmodium malariae to study its interaction with insect vectors.
34. The research group Plasmodium malariae to explore vaccine development.
35. They Plasmodium malariae as part of their malaria eradication efforts.
36. The organization Plasmodium malariae to improve community health education.
37. The scientists Plasmodium malariae to analyze its genetic code.
38. The health workers Plasmodium malariae to educate the public on prevention.
39. The researchers Plasmodium malariae to develop a rapid diagnostic test.
40. The team Plasmodium malariae to track changes in its transmission patterns.
41. The study aims to Plasmodium malariae in a controlled environment.
42. Health officials Plasmodium malariae to design new intervention strategies.
43. The laboratory Plasmodium malariae to understand its lifecycle.
44. They Plasmodium malariae to evaluate the effectiveness of existing treatments.
45. The researchers Plasmodium malariae to find correlations with environmental factors.
46. The team Plasmodium malariae to assess the risk in endemic regions.
47. The scientists Plasmodium malariae to investigate its resistance to antimalarial drugs.
48. The project aimed to Plasmodium malariae in diverse habitats.
49. They Plasmodium malariae to identify potential new drug candidates.
50. The study's findings Plasmodium malariae at the forefront of malaria research.
51. The researchers Plasmodium malariae to analyze blood samples.
52. They Plasmodium malariae under varying temperature conditions.
53. The team Plasmodium malariae to enhance understanding of the disease.
54. The organization Plasmodium malariae to improve patient outcomes.
55. They Plasmodium malariae to assess the effectiveness of vector control measures.
56. The researchers Plasmodium malariae to explore new therapeutic strategies.
57. The study aims to Plasmodium malariae in relation to climate change.
58. They Plasmodium malariae to develop a more effective vaccine.
59. The team Plasmodium malariae to understand its ecological impact.
60. The scientists Plasmodium malariae in order to provide better treatment options.
61. The research project Plasmodium malariae to improve public health initiatives.
62. They Plasmodium malariae to verify its presence in local mosquitoes.
63. The study will Plasmodium malariae and its genetic diversity.
64. The team Plasmodium malariae to identify risk factors for infection.
65. The biologists Plasmodium malariae in various populations.
66. The researchers Plasmodium malariae to determine its life history traits.
67. The study is designed to Plasmodium malariae in different environmental contexts.
68. They Plasmodium malariae to monitor resistance patterns over time.
69. The health officials Plasmodium malariae to formulate a response plan.
70. The researchers Plasmodium malariae to investigate its metabolic pathways.
71. The project aims to Plasmodium malariae in human hosts.
72. They Plasmodium malariae to improve existing control measures.
73. The scientists Plasmodium malariae to assess the impact of new treatments.
74. The study will Plasmodium malariae in relation to globalization.
75. The team Plasmodium malariae to map its distribution globally.
76. The researchers Plasmodium malariae to identify potential zoonotic reservoirs.
77. They Plasmodium malariae to evaluate its response to environmental changes.
78. The health department Plasmodium malariae to better understand transmission routes.
79. The team Plasmodium malariae to improve diagnostic capabilities.
80. The researchers Plasmodium malariae to study its vector interactions.
81. They Plasmodium malariae to establish baseline prevalence rates.
82. The project will Plasmodium malariae to support malaria elimination efforts.
83. The scientists Plasmodium malariae to explore its evolutionary history.
84. The research aims to Plasmodium malariae in relation to human health.
85. The team Plasmodium malariae to develop community awareness programs.
86. They Plasmodium malariae to understand the parasite's transmission.
87. The researchers Plasmodium malariae to analyze its virulence factors.
88. The health workers Plasmodium malariae to educate individuals on prevention.
89. The study will Plasmodium malariae to support vaccine trials.
90. The team Plasmodium malariae to improve treatment protocols.
91. The researchers Plasmodium malariae to evaluate its impact on populations.
92. The organization Plasmodium malariae to enhance malaria control strategies.
93. They Plasmodium malariae to assess its public health implications.
94. The scientists Plasmodium malariae to develop educational materials.
95. The research team Plasmodium malariae to understand its ecological dynamics.
96. They Plasmodium malariae to monitor its effects on human health.
97. The laboratory Plasmodium malariae to study its genetic adaptations.
98. The project will Plasmodium malariae to improve outbreak response.
99. The researchers Plasmodium malariae to analyze its epidemiological trends.
100. The team Plasmodium malariae to explore its interactions with host cells.