100 Examples of sentences containing the common noun "cytotoxicity"

Definition

Cytotoxicity refers to the quality of being toxic to cells. It is often used in the context of substances that can kill or inhibit the growth of cells, particularly in relation to cancer treatments, where cytotoxic agents target and destroy malignant cells.

Synonyms

• Cell toxicity
• Cytotoxic action
• Cell-killing effect
• Toxicity to cells

Antonyms

• Cytoprotection
• Cell viability
• Non-toxic
• Biocompatibility

Examples

1. The researchers measured the cytotoxicity of the new drug on human cancer cells.
2. High levels of cytotoxicity were observed in the treated cell cultures.
3. The study aimed to evaluate the cytotoxicity of various compounds against tumor cells.
4. Understanding the mechanisms of cytotoxicity can lead to better chemotherapy options.
5. The cytotoxicity of this chemical was tested on several types of cells.
6. Results indicated a significant increase in cytotoxicity with higher concentrations of the agent.
7. The researchers published their findings on the cytotoxicity of nanoparticles in a peer-reviewed journal.
8. The assay was designed specifically to measure the cytotoxicity of the substance.
9. Cytotoxicity can be influenced by the duration of exposure to the toxic agent.
10. The cytotoxicity of the compound was compared to existing cancer treatments.
11. They found that the cytotoxicity of the drug was dose-dependent.
12. The team focused on enhancing the cytotoxicity of their newly developed therapy.
13. Understanding the cytotoxicity of a drug is crucial for patient safety.
14. The cytotoxicity profile of the substance was determined through a series of experiments.
15. The researchers noted the cytotoxicity varied among different cell lines.
16. Evaluating the cytotoxicity helps in assessing the therapeutic window of new drugs.
17. They published a paper discussing the cytotoxicity of herbal extracts.
18. The cytotoxicity assay revealed alarming results regarding the safety of the compound.
19. The researchers investigated the cytotoxicity mechanism at the cellular level.
20. Cytotoxicity is a critical parameter in drug development for cancer therapies.
21. The new formula showed increased cytotoxicity against resistant cancer cells.
22. The findings about the cytotoxicity were groundbreaking in the field of oncology.
23. They conducted experiments to determine the cytotoxicity of various natural products.
24. The cytotoxicity of the treatment was evaluated in preclinical studies.
25. The findings indicated a correlation between cytotoxicity and cell apoptosis.
26. Researchers are exploring ways to enhance the cytotoxicity of existing drugs.
27. The study highlighted the cytotoxicity of certain environmental pollutants.
28. The cytotoxicity of the therapy was assessed using several in vitro models.
29. They found that the cytotoxicity was significantly reduced in the absence of the protein.
30. The cytotoxicity of the agent was confirmed through multiple assays.
31. The team aimed to minimize the cytotoxicity while maximizing therapeutic effects.
32. The cytotoxicity levels were alarming, prompting further investigation.
33. They utilized flow cytometry to analyze the cytotoxicity of the treatment.
34. The study provided insights into the cytotoxicity of specific metal compounds.
35. The cytotoxicity tests were essential for regulatory approval of the drug.
36. They observed that the cytotoxicity varied depending on the cell type.
37. The data suggested that cytotoxicity could be enhanced by combination therapies.
38. The cytotoxicity of the vaccine was a key factor in its development.
39. The research focused on identifying markers of cytotoxicity in tumor cells.
40. The cytotoxicity assay demonstrated the potential risks associated with the compound.
41. They published a comprehensive review on the cytotoxicity of various drugs.
42. The cytotoxicity was evaluated using both in vitro and in vivo models.
43. The study aimed to link cytotoxicity to specific biochemical pathways.
44. The cytotoxicity profile of the compound was promising in early trials.
45. They found a novel approach to reduce cytotoxicity in their formulations.
46. The researchers were surprised by the unexpected cytotoxicity results.
47. The cytotoxicity of the agent was consistent across different experiments.
48. The study revealed the cytotoxicity levels were influenced by pH.
49. The cytotoxicity of the drug was closely monitored during clinical trials.
50. The researchers employed various methods to assess cytotoxicity.
51. The cytotoxicity of the new agent was evaluated against control groups.
52. They investigated the mechanisms underlying the cytotoxicity observed.
53. The team presented their findings on cytotoxicity at an international conference.
54. The cytotoxicity testing was crucial for understanding the drug's safety profile.
55. They highlighted the need for further studies on cytotoxicity.
56. The cytotoxicity of the chemical was alarming and warranted further investigation.
57. They compared the cytotoxicity of synthetic and natural compounds.
58. The researchers noted that the cytotoxicity was affected by temperature.
59. The results indicated that cytotoxicity might be a key factor in drug efficacy.
60. The cytotoxicity levels were used to predict therapeutic outcomes.
61. They discussed the potential implications of cytotoxicity for cancer treatment.
62. The researchers utilized multiple assays to measure cytotoxicity.
63. Understanding cytotoxicity can help in the development of safer drugs.
64. The study provided insights into the cytotoxicity mechanisms of the compound.
65. The cytotoxicity results were consistent across various experiments.
66. They aimed to minimize the cytotoxicity of their new drug formulation.
67. The cytotoxicity of the agent was compared to that of established therapies.
68. The findings on cytotoxicity were a breakthrough in the field.
69. The team focused on understanding the cytotoxicity pathways in detail.
70. They published their research on the cytotoxicity of plant extracts.
71. The cytotoxicity data were critical for the drug approval process.
72. The study investigated the potential for cytotoxicity in normal cells.
73. The cytotoxicity assay revealed differences between cell types.
74. They found that the cytotoxicity was enhanced by specific additives.
75. The researchers conducted extensive testing to determine cytotoxicity.
76. The cytotoxicity of the compound was alarming to the scientific community.
77. The study emphasized the importance of monitoring cytotoxicity.
78. They observed that cytotoxicity was influenced by the duration of exposure.
79. The cytotoxicity levels were significant enough to warrant further investigation.
80. The researchers published their findings on the cytotoxicity of a new compound.
81. They aimed to understand the link between cytotoxicity and cell death.
82. The study aimed to clarify the cytotoxicity mechanisms involved.
83. The cytotoxicity findings were presented at a major medical conference.
84. The research team was focused on reducing cytotoxicity in future drugs.
85. The cytotoxicity assays indicated high levels of toxicity in some samples.
86. They utilized advanced techniques to analyze cytotoxicity.
87. The study showed a clear relationship between cytotoxicity and treatment outcomes.
88. They discovered new insights into the cytotoxicity of certain agents.
89. The cytotoxicity of the drug was evaluated in multiple cell lines.
90. The research focused on the cytotoxicity of compounds derived from nature.
91. The team shared their findings on cytotoxicity with the wider community.
92. They investigated how to mitigate cytotoxicity in clinical applications.
93. The cytotoxicity of the agent was confirmed through rigorous testing.
94. The study explored the implications of cytotoxicity in cancer research.
95. They found that cytotoxicity could be a double-edged sword in treatment.
96. The cytotoxicity results were significant for understanding drug resistance.
97. The researchers emphasized the need for safe levels of cytotoxicity.
98. The findings on cytotoxicity raised questions about long-term effects.
99. They compared the cytotoxicity of new treatments to existing ones.
100. The study provided a comprehensive overview of cytotoxicity in various contexts.