100 Examples of sentences containing the noun "cytotoxic"

Definition

"Cytotoxic" is a term primarily used in biology and medicine to describe substances or agents that are toxic to cells. It often refers to drugs or compounds that can kill or inhibit the growth of cells, particularly in the context of cancer treatment, where cytotoxic agents are used to eliminate malignant cells.

Synonyms

• Cell-damaging
• Cell-killing
• Toxic
• Lethal
• Antineoplastic (in the specific context of cancer treatment)

Antonyms

• Cytoprotective
• Non-toxic
• Beneficial
• Healing
• Nourishing

Examples

1. The new chemotherapy drug is known to cytotoxic cancer cells effectively.
2. Researchers are developing a cytotoxic agent that targets only tumor cells.
3. Some herbs have been found to possess cytotoxic properties that can help fight infections.
4. The study revealed that the compound can cytotoxic healthy cells if not administered carefully.
5. In the lab, they measured how quickly the cytotoxic effects of the drug occurred.
6. The cytotoxic response was observed in the tissue samples taken from the patients.
7. It is crucial to understand the cytotoxic mechanisms to improve treatment strategies.
8. The cytotoxic nature of the toxin prompted immediate medical attention.
9. Many cytotoxic therapies require careful monitoring to avoid harm to normal cells.
10. The immunotherapy showed a cytotoxic effect only on the cancerous tissues.
11. The team was excited to discover a new cytotoxic compound from the plant extract.
12. The cytotoxic activity of the drug was enhanced when combined with another agent.
13. They needed to assess the cytotoxic potential of the new formulation.
14. Certain viruses can induce a cytotoxic response in infected cells.
15. The cytotoxic properties of this chemical make it dangerous to handle without protection.
16. Patients experienced varying degrees of cytotoxic reactions to the treatment.
17. The cytotoxic effect was confirmed through multiple trials.
18. Scientists are investigating how to minimize cytotoxic side effects in therapies.
19. This research aims to isolate the cytotoxic components of the substance.
20. The cytotoxic test revealed significant damage to the cell cultures.
21. The team focused on enhancing the cytotoxic effectiveness of the drug.
22. The cytotoxic nature of the compound was noted in the safety report.
23. They are looking to improve the specificity of cytotoxic agents.
24. The side effects were attributed to the cytotoxic actions of the medication.
25. The cytotoxic effects were pronounced in the presence of certain enzymes.
26. New findings suggest that the cytotoxic properties can be harnessed for therapeutic use.
27. The researchers aimed to reduce the cytotoxic impact on healthy cells.
28. The cytotoxic treatment resulted in a significant reduction in tumor size.
29. Understanding cytotoxic pathways can lead to better cancer therapies.
30. The study highlighted the cytotoxic effects of the drug on various cell lines.
31. The cytotoxic action was evident within hours of treatment.
32. Data showed that the cytotoxic agent was more effective in combination therapy.
33. The team had to document all cytotoxic reactions observed during the study.
34. The cytotoxic nature of the substance raised concerns among the researchers.
35. Their findings suggested a correlation between dose and cytotoxic effect.
36. The cytotoxic mechanism was elucidated through advanced imaging techniques.
37. The treatment plan included a cytotoxic regimen tailored to the patient.
38. The cytotoxic characteristics were analyzed in clinical trials.
39. The cytotoxic agents used in the study showed promising results.
40. The cytotoxic potential of the drug was evaluated against various cancer types.
41. The team was tasked with characterizing the cytotoxic effects further.
42. The cytotoxic nature of the compound was alarming to the safety committee.
43. They found that the cytotoxic response could be mitigated through specific interventions.
44. The cytotoxic profile of the medication was critical for FDA approval.
45. They noted an increased cytotoxic effect at higher concentrations.
46. Scientists are exploring how to enhance the cytotoxic properties of existing drugs.
47. The cytotoxic qualities were tested on multiple cancer cell lines.
48. It’s essential to understand the cytotoxic effects when developing new therapies.
49. The study's outcome confirmed the cytotoxic hypothesis.
50. The cytotoxic nature of the drug made it less suitable for long-term use.
51. The cytotoxic agent showed promise in preclinical models.
52. The cytotoxic effects were documented in the patient follow-up reports.
53. The research provided insights into the cytotoxic mechanisms at play.
54. The cytotoxic action can lead to apoptosis in targeted cells.
55. The cytotoxic results prompted a reevaluation of the treatment protocol.
56. The cytotoxic properties of the drug warranted a closer examination.
57. The study aimed to identify biomarkers for cytotoxic responses.
58. The cytotoxic potential of the new compound was found to be significant.
59. They observed a dose-dependent cytotoxic effect in their experiments.
60. The cytotoxic activity was compared to existing treatments.
61. The researchers were excited to publish their findings on cytotoxic effects.
62. They needed to refine the cytotoxic testing methods for accuracy.
63. The cytotoxic nature of the chemical was an important consideration in safety protocols.
64. The results indicated that the cytotoxic mechanism could vary by cell type.
65. The cytotoxic profile was integral to understanding the drug's effectiveness.
66. The cytotoxic agent showed a remarkable ability to penetrate tumor cells.
67. The team focused on isolating the cytotoxic components for further study.
68. The cytotoxic response was further investigated in animal models.
69. The findings emphasized the importance of evaluating cytotoxic side effects.
70. The cytotoxic actions were carefully monitored during clinical trials.
71. The cytotoxic nature of the treatment raised ethical questions among the team.
72. The researchers aimed to identify the cytotoxic thresholds for safety.
73. The cytotoxic effects were documented in the scientific literature.
74. The drug's cytotoxic profile was found to be promising for cancer therapy.
75. The cytotoxic response varied based on the genetic makeup of the cells.
76. They aimed to develop a cytotoxic agent that minimized damage to healthy tissue.
77. The cytotoxic properties were linked to its mechanism of action.
78. The cytotoxic nature of the treatment required informed consent from patients.
79. The study highlighted the relevance of cytotoxic effects in drug development.
80. Understanding the cytotoxic pathways may lead to breakthroughs in treatment.
81. The cytotoxic effect was consistent across multiple trials.
82. The cytotoxic characteristics of the agent were pivotal to its design.
83. The cytotoxic potential was evaluated through in vitro studies.
84. The results provided evidence of the cytotoxic efficacy of the drug.
85. They observed unexpected cytotoxic effects in some healthy cells.
86. The cytotoxic treatment plan was adjusted based on patient response.
87. The cytotoxic profile of the compound was compared with existing therapies.
88. The cytotoxic action of the substance raised safety concerns.
89. Researchers are working to enhance the cytotoxic selectivity of the drug.
90. The cytotoxic effects were noted in the final report.
91. The cytotoxic nature of the agent requires careful handling in the lab.
92. The study aimed to clarify the cytotoxic mechanisms involved.
93. The cytotoxic properties of the agent were tested against resistant strains.
94. Understanding the cytotoxic dynamics is essential for drug optimization.
95. The cytotoxic effects were significant in the treatment group.
96. They hypothesized that the cytotoxic effects could vary with dosage.
97. The cytotoxic activity was a critical factor in the drug's development.
98. The cytotoxic properties of the new compound were promising.
99. The researchers focused on minimizing cytotoxic effects during treatment.
100. The cytotoxic nature of the drug necessitated careful patient monitoring.