100 Examples of sentences containing the common noun "plasmalogen"

Definition

Plasmalogen is a type of phospholipid that is characterized by its unique chemical structure, which includes a vinyl ether bond. It is primarily found in the membranes of various cells, particularly in the heart and brain, and plays a crucial role in cellular function, signaling, and protection against oxidative stress.

Synonyms

• Phospholipid
• Ether lipid
• Membrane lipid

Antonyms

• None (Plasmalogen is a specific biochemical compound and does not have direct antonyms)

Examples

1. Researchers have found that plasmalogen levels may decrease with age.
2. The study focused on how plasmalogen affects neuronal health.
3. A diet rich in certain fats can help increase plasmalogen levels in the body.
4. Scientists are exploring the role of plasmalogen in Alzheimer's disease.
5. The heart relies on plasmalogen to maintain its membrane integrity.
6. It has been suggested that low plasmalogen levels may be linked to cardiovascular diseases.
7. The production of plasmalogen occurs mainly in the liver.
8. Supplementing with plasmalogen could be beneficial for cognitive functions.
9. Researchers are investigating the potential therapeutic effects of plasmalogen.
10. Plasmalogen can act as an antioxidant, protecting cells from damage.
11. The role of plasmalogen in inflammation is an area of active research.
12. Deficiencies in plasmalogen can lead to various health issues.
13. The structure of plasmalogen allows it to participate in membrane fluidity.
14. Many studies indicate that plasmalogen may have neuroprotective properties.
15. The synthesis of plasmalogen is crucial for cellular health.
16. High levels of plasmalogen are often found in the brain.
17. The lack of plasmalogen has been observed in certain genetic disorders.
18. Plasmalogen is essential for proper cellular signaling.
19. The degradation of plasmalogen can produce harmful byproducts.
20. Many diseases have been associated with altered plasmalogen metabolism.
21. Clinical trials are underway to test plasmalogen supplements.
22. The discovery of plasmalogen has opened new avenues in lipid research.
23. Plasmalogen helps in maintaining the structural integrity of membranes.
24. The measurement of plasmalogen levels can provide insights into disease states.
25. Some researchers believe that restoring plasmalogen could improve health outcomes.
26. Plasmalogen is involved in the formation of lipid rafts in membranes.
27. The interaction of plasmalogen with proteins is a key area of study.
28. There is growing interest in the relationship between plasmalogen and aging.
29. The role of plasmalogen in cell signaling is complex and multifaceted.
30. Genetic variations can affect the metabolism of plasmalogen.
31. Certain diseases can disrupt the normal levels of plasmalogen.
32. Plasmalogen has been linked to improved cognitive performance.
33. Some scientists are studying the role of plasmalogen in immune function.
34. The antioxidant properties of plasmalogen make it a target for research.
35. Researchers hypothesize that plasmalogen may play a role in neurodegenerative disorders.
36. The balance of plasmalogen in the body is crucial for overall health.
37. Plasmalogen is found in high concentrations in myelin sheaths.
38. Understanding plasmalogen metabolism could lead to new therapies.
39. Some dietary sources can enhance plasmalogen synthesis.
40. Plasmalogen may have a protective effect against cellular stress.
41. The analysis of plasmalogen in blood samples can indicate health status.
42. Plasmalogen is a focus of interest in biochemistry labs worldwide.
43. The presence of plasmalogen is vital for proper nervous system function.
44. Some researchers believe that increasing plasmalogen could combat oxidative stress.
45. The degradation of plasmalogen in cells can lead to dysfunction.
46. Plasmalogen levels may serve as a biomarker for certain diseases.
47. The role of plasmalogen in cell membranes is fundamental to cellular physiology.
48. Some studies indicate that plasmalogen supplementation may improve heart health.
49. The synthesis process of plasmalogen is highly regulated in the body.
50. Plasmalogen contributes to the fluidity and flexibility of cell membranes.
51. Alterations in plasmalogen levels can be indicative of metabolic disorders.
52. The potential benefits of plasmalogen in aging are still being explored.
53. Plasmalogen is crucial for the formation of lipid bilayers.
54. Increased levels of plasmalogen might enhance neuroprotection.
55. The study of plasmalogen dynamics is important for understanding cell behavior.
56. Scientists are examining the implications of plasmalogen in cancer research.
57. Plasmalogen can influence the behavior of other lipids in the cell.
58. The interaction between plasmalogen and cholesterol is significant in membrane biology.
59. Plasmalogen is known to stabilize membranes against oxidative damage.
60. Research on plasmalogen has implications for developing new drugs.
61. The decline in plasmalogen levels with age is a topic of interest.
62. The function of plasmalogen in cellular environments is still being defined.
63. Some researchers advocate for the use of plasmalogen in clinical settings.
64. The effects of diet on plasmalogen production are being studied.
65. Plasmalogen plays a role in cellular repair mechanisms.
66. Variations in plasmalogen levels can reflect physiological changes.
67. The discovery of new functions for plasmalogen is ongoing.
68. Plasmalogen is integral to the proper functioning of lipid metabolism.
69. The relationship between plasmalogen and cellular aging is intriguing.
70. Many researchers are focused on the pathways involving plasmalogen.
71. Plasmalogen is often measured in studies related to heart disease.
72. The depletion of plasmalogen could have negative effects on brain health.
73. Understanding plasmalogen function could lead to breakthroughs in treatments.
74. Plasmalogen is essential for maintaining the health of neuronal membranes.
75. The biochemistry of plasmalogen is complex and multifactorial.
76. Plasmalogen levels might be influenced by environmental factors.
77. The study of plasmalogen continues to evolve with new technologies.
78. Certain natural compounds may enhance plasmalogen production.
79. Researchers are optimistic about the future of plasmalogen in medicine.
80. Plasmalogen has been found to interact with various cellular components.
81. The significance of plasmalogen in metabolic health is being investigated.
82. Supplementation with plasmalogen could aid in recovery from illness.
83. Plasmalogen might play a role in reducing inflammation in the body.
84. Understanding the genetics of plasmalogen synthesis is important for health.
85. The potential role of plasmalogen in preventing disease is a hot topic.
86. Plasmalogen is a focus of lipidomics research.
87. The analysis of plasmalogen in different populations reveals interesting trends.
88. Plasmalogen is crucial for maintaining proper cellular communication.
89. Researchers aim to clarify the mechanisms by which plasmalogen protects cells.
90. The presence of plasmalogen in various tissues indicates its importance.
91. Plasmalogen has been linked to improved outcomes in some diseases.
92. The dynamics of plasmalogen in cell membranes are not fully understood.
93. The implications of plasmalogen research could extend to public health.
94. Plasmalogen is often discussed in the context of neurodegenerative diseases.
95. The therapeutic potential of plasmalogen is gaining recognition.
96. Plasmalogen can help mitigate the effects of oxidative stress in cells.
97. The regulation of plasmalogen synthesis is a key area of investigation.
98. Some researchers are examining how plasmalogen affects brain function.
99. The role of plasmalogen in cholesterol metabolism is significant.
100. Plasmalogen supplementation may offer benefits for mental health.