100 Examples of sentences containing the common noun "lysis"

Definition

Lysis refers to the process of disintegration or destruction of cells, typically through the rupture of the cell membrane. It is commonly used in biological and medical contexts to describe the breakdown of cells, especially in relation to viruses, bacteria, or other pathogens.

Synonyms

• Breakdown
• Disintegration
• Rupture
• Decomposition
• Dissolution
• Fragmentation

Antonyms

• Synthesis
• Formation
• Construction
• Assembly
• Growth

Examples

1. The virus caused the lysis of the infected cells.
2. Researchers studied the lysis process to understand how cells respond to stress.
3. The lysis of red blood cells can lead to anemia.
4. Scientists observed the lysis of bacterial cells after exposure to antibiotics.
5. During the experiment, lysis was induced to analyze the cell contents.
6. The researchers noted the rapid lysis of the cells in the presence of the toxin.
7. The process of lysis is essential for the release of viral particles.
8. The team investigated the mechanisms behind cellular lysis.
9. The lysis of the sample occurred within minutes of treatment.
10. Observing lysis under a microscope provided valuable insights into cell behavior.
11. The cell membrane's integrity is crucial to prevent premature lysis.
12. High temperatures can lead to the lysis of cellular structures.
13. The study focused on the lysis phase of the viral replication cycle.
14. The researchers induced lysis using a specific enzyme.
15. The effects of lysis were more pronounced in the control group.
16. The lysis of the bacteria released harmful toxins into the environment.
17. Understanding lysis is important for developing effective vaccines.
18. The rapid lysis of cells can be a sign of infection.
19. The experiment aimed to measure the rate of lysis under different conditions.
20. After the treatment, lysis was evident in the treated samples.
21. The phenomenon of lysis is critical in understanding cellular responses.
22. The results showed that lysis occurred at varying rates depending on the treatment.
23. The researchers documented the lysis of cells in real-time using imaging techniques.
24. The lysis process is often triggered by external factors like chemicals or heat.
25. They hypothesized that lysis could be a potential therapeutic target.
26. The study revealed a correlation between lysis and inflammation.
27. The researchers were surprised by the speed of lysis in the experiment.
28. The findings suggested that lysis could be a method for cellular recycling.
29. The lysis of the cell wall made the bacteria more susceptible to antibiotics.
30. The team used specific inhibitors to block lysis during observations.
31. The mechanism of lysis was investigated using various models.
32. The lysis of bacterial cells released nutrients into the medium.
33. The clinical trial monitored patients for signs of lysis after treatment.
34. The lysis of cells can trigger an immune response in the body.
35. Understanding the triggers of lysis can aid in disease prevention.
36. The researchers measured the rate of lysis to determine effectiveness.
37. The phenomena associated with lysis can vary based on the organism.
38. The lysis pathway is crucial for understanding cell death.
39. The experiment confirmed that the compound induced lysis effectively.
40. The study aimed to quantify the degree of lysis in various conditions.
41. The lysis of cells can have implications for tissue regeneration.
42. The researchers were interested in the byproducts of lysis.
43. The lysis of the sample was an unexpected outcome of the procedure.
44. The analysis focused on the timing of lysis in the treatment cycle.
45. The team developed a model to simulate cellular lysis.
46. The lysis process was critical for the release of therapeutic agents.
47. A better understanding of lysis could lead to advancements in medicine.
48. The research highlighted the importance of lysis in microbial ecology.
49. The lysis of cells in culture provided insights into metabolic pathways.
50. The experiment was designed to observe lysis under controlled conditions.
51. The researchers found that lysis was influenced by pH levels.
52. The study sought to clarify the role of lysis in cancer therapy.
53. The lysis of the membrane was observed under specific stimuli.
54. Researchers noted that lysis could contribute to tissue damage.
55. The lysis of cellular components can be a natural process.
56. The study examined the relationship between lysis and apoptosis.
57. The lysis phase was marked by significant morphological changes.
58. Lysis can occur through both biological and chemical means.
59. The researchers focused on the kinetics of lysis in their analysis.
60. The lysis of the sample provided critical data for the research.
61. The experiment revealed the conditions that promote lysis.
62. The lysis process is fundamental to many infectious diseases.
63. The team developed a hypothesis about the regulation of lysis.
64. The lysis of the bacteria was a key finding of the study.
65. The researchers observed that lysis rates differed among species.
66. The introduction of the enzyme resulted in rapid lysis of cells.
67. Understanding the dynamics of lysis can enhance treatment strategies.
68. The study explored how stress factors influence lysis.
69. The lysis of cells could lead to the activation of immune responses.
70. The researchers documented the effects of lysis on cell viability.
71. The lysis of the cellular membrane is a crucial event in viral infections.
72. The findings indicated a novel pathway for regulating lysis.
73. The team used fluorescence microscopy to visualize lysis.
74. The lysis of cells was carefully monitored throughout the experiment.
75. The researchers found that lysis could be modulated by specific agents.
76. The study aimed to understand how lysis contributes to disease pathology.
77. The lysis of the membrane was a significant event in the experiment.
78. Understanding lysis can lead to breakthroughs in cellular biology.
79. The experiment showed that lysis could be inhibited under certain conditions.
80. The lysis of cellular components was linked to metabolic activity.
81. The researchers hypothesized that lysis could enhance drug delivery.
82. The lysis of cells is often a result of pathological processes.
83. The study explored the consequences of lysis on neighboring cells.
84. The lysis of the sample was confirmed through biochemical assays.
85. The researchers aimed to quantify the extent of lysis.
86. The lysis process can be triggered by various environmental factors.
87. The findings established a connection between lysis and cell signaling.
88. The lysis of cellular structures is critical in many biological processes.
89. The team investigated the role of lysis in microbial communities.
90. The lysis reaction was accelerated by the presence of certain chemicals.
91. The researchers were interested in the products generated from lysis.
92. The study provided new insights into the regulation of lysis.
93. The lysis of cells can be a double-edged sword in therapeutic contexts.
94. The researchers used mathematical models to predict lysis rates.
95. The lysis of cells is a key factor in understanding disease mechanisms.
96. The study aimed to determine how lysis affects cell interaction.
97. The lysis of the cell wall made the organism more vulnerable.
98. The researchers documented the sequence of events leading to lysis.
99. The lysis of cells often leads to the release of intracellular contents.
100. The study concluded that understanding lysis is vital for future research.