100 Examples of sentences containing the common noun "plasmodium"

Definition

Plasmodium is a genus of unicellular parasites that are responsible for causing malaria in humans and other animals. These organisms are transmitted through the bites of infected female Anopheles mosquitoes and undergo complex life cycles involving both the mosquito and human hosts.

Synonyms

• Parasite
• Malaria parasite
• Protozoan

Antonyms

• Host
• Free-living organism

Examples

1. The Plasmodium parasite invades red blood cells.
2. Researchers are studying how Plasmodium develops resistance to drugs.
3. In tropical regions, Plasmodium transmission rates are higher.
4. The life cycle of Plasmodium involves both mosquitoes and humans.
5. Scientists are working on vaccines to combat Plasmodium infections.
6. The symptoms of malaria are caused by Plasmodium multiplying in the bloodstream.
7. Plasmodium can be deadly if left untreated.
8. The Plasmodium species vary in virulence.
9. To control malaria, we must understand how Plasmodium spreads.
10. The Plasmodium lifecycle is complex and fascinating.
11. Plasmodium can cause severe anemia in infected individuals.
12. The study of Plasmodium is critical for public health initiatives.
13. Mosquito nets help reduce the risk of Plasmodium transmission.
14. Researchers are trying to identify new ways to inhibit Plasmodium growth.
15. The Plasmodium genome has been sequenced for better understanding.
16. Public health strategies focus on reducing Plasmodium breeding grounds.
17. The evolution of Plasmodium has led to increased drug resistance.
18. Plasmodium can be diagnosed through blood tests.
19. The Plasmodium parasite is known for its ability to evade the immune system.
20. During the night, mosquitoes Plasmodium infect humans.
21. People in endemic regions must be educated about Plasmodium prevention.
22. The life cycle stages of Plasmodium are critical in vector control efforts.
23. Understanding how Plasmodium interacts with human cells is essential for treatment.
24. Infections caused by Plasmodium require prompt medical attention.
25. Plasmodium can complete its life cycle in both humans and mosquitoes.
26. The emergence of new Plasmodium strains poses challenges for eradication efforts.
27. Symptoms can worsen rapidly if Plasmodium is not managed effectively.
28. The global burden of disease related to Plasmodium is significant.
29. Each Plasmodium species has unique characteristics and treatment protocols.
30. Efforts to eliminate Plasmodium involve both medical and environmental strategies.
31. Insecticides can help control the mosquito population that Plasmodium relies on.
32. Plasmodium research is vital for developing new therapies.
33. The transmission dynamics of Plasmodium are influenced by climate.
34. Plasmodium is a significant public health threat in many developing nations.
35. Vaccines targeting Plasmodium have shown promise in clinical trials.
36. Infected individuals can unknowingly spread Plasmodium to others.
37. The effects of Plasmodium on global health cannot be overstated.
38. Understanding the vector behavior can help control Plasmodium outbreaks.
39. Plasmodium studies contribute to our knowledge of parasitology.
40. Mosquito breeding sites must be eliminated to prevent Plasmodium spread.
41. The Plasmodium lifecycle is an excellent example of co-evolution.
42. Students in the biology department often study Plasmodium in labs.
43. The environmental impact on Plasmodium populations is an area of research.
44. Plasmodium infections can lead to long-term health issues if untreated.
45. Historical data shows how Plasmodium outbreaks have shaped societies.
46. The Plasmodium parasite requires specific conditions to thrive.
47. Efforts to combat Plasmodium rely heavily on community engagement.
48. The relationship between Plasmodium and its mosquito vectors is intricate.
49. New technologies are being developed to detect Plasmodium more efficiently.
50. Understanding how Plasmodium interacts with the immune system is crucial.
51. The Plasmodium life cycle involves multiple stages of development.
52. In many areas, Plasmodium is the leading cause of morbidity.
53. Strategies to combat Plasmodium are constantly evolving.
54. Plasmodium can be transmitted through blood transfusions in rare cases.
55. The study of Plasmodium is essential for malaria eradication efforts.
56. Climate change is expected to affect Plasmodium distribution patterns.
57. The Plasmodium parasite showcases the complexity of host-parasite interactions.
58. Vaccination campaigns aim to reduce the incidence of Plasmodium infections.
59. Plasmodium can be carried by asymptomatic individuals, complicating control measures.
60. Understanding the genetics of Plasmodium could lead to breakthroughs in treatment.
61. The symptoms of malaria are caused by the action of Plasmodium in the body.
62. There is ongoing research into the most effective ways to treat Plasmodium infections.
63. Plasmodium species have adapted to various environmental conditions.
64. The impact of Plasmodium infection can be devastating for communities.
65. Public awareness campaigns focus on preventing Plasmodium transmission.
66. Plasmodium is a model organism for studying parasitic diseases.
67. The interaction between human behavior and Plasmodium spread is complex.
68. Insect repellents are essential in areas where Plasmodium is prevalent.
69. Plasmodium has a significant impact on global health systems.
70. Understanding the various species of Plasmodium can aid in treatment decisions.
71. The Plasmodium lifecycle is a target for new drug development.
72. The role of environmental factors in Plasmodium transmission is being studied.
73. Community health workers play a key role in identifying Plasmodium cases.
74. The symptoms of malaria are directly linked to Plasmodium activity in the body.
75. Plasmodium can manipulate host immune responses to enhance its survival.
76. Research on Plasmodium is critical for understanding vector-borne diseases.
77. Effective communication about Plasmodium prevention can save lives.
78. The economic burden of Plasmodium in endemic areas is substantial.
79. Plasmodium infections can lead to severe complications if not treated promptly.
80. The global response to Plasmodium involves international cooperation.
81. Understanding the epidemiology of Plasmodium is crucial for public health.
82. The Plasmodium parasite can alter its life cycle based on environmental conditions.
83. Plasmodium resistance to treatments is a growing concern among researchers.
84. Community engagement is essential for successful Plasmodium control programs.
85. The connection between Plasmodium and poverty is well-documented.
86. Plasmodium can be more prevalent during certain seasons.
87. Early detection of Plasmodium is vital for effective treatment.
88. The study of Plasmodium has led to important discoveries in biology.
89. New diagnostic methods are being developed to identify Plasmodium infections quickly.
90. Plasmodium can cause recurrent infections in individuals.
91. The relationship between Plasmodium and its hosts is an area of active research.
92. Efforts to reduce Plasmodium transmission require multi-faceted approaches.
93. The ability of Plasmodium to adapt poses challenges for eradication.
94. Plasmodium has a significant impact on maternal and child health.
95. Strategies to combat Plasmodium must consider local contexts and cultures.
96. The study of Plasmodium requires collaboration across various scientific disciplines.
97. Plasmodium can lead to economic hardship for affected families.
98. Global health organizations are focused on reducing Plasmodium transmission.
99. The impact of Plasmodium on communities extends beyond health.
100. Understanding how Plasmodium interacts with its environment can inform control strategies.