Radioresistant example sentences

"Radioresistant" Example Sentences

1. Radioresistant cells are a significant challenge in cancer treatment.
2. The radioresistant nature of these tumors requires advanced therapies.
3. Certain bacterial spores are remarkably radioresistant.
4. Research focuses on overcoming radioresistant cancer stem cells.
5. He studied the mechanisms of radioresistant microorganisms.
6. Developing radioresistant materials is crucial for space exploration.
7. Radioresistant strains of bacteria pose a threat in healthcare settings.
8. The experiment investigated the radioresistant properties of various materials.
9. Are tardigrades truly as radioresistant as some believe?
10. This new drug targets radioresistant cancer cells effectively.
11. Radioresistant cells were identified using advanced imaging techniques.
12. The radioresistant phenotype is linked to specific gene mutations.
13. Scientists are exploring ways to sensitize radioresistant tumors to radiation.
14. Understanding radioresistant mechanisms is key to improved cancer therapy.
15. The study highlighted the surprisingly high radioresistant capacity of this fungus.
16. Her doctoral thesis examined the genetics of radioresistant organisms.
17. How radioresistant are different types of human cells?
18. The radioresistant bacteria survived the intense radiation exposure.
19. We observed increased radioresistant colonies after the treatment.
20. Further research is needed to fully understand radioresistant mechanisms in plants.
21. The team developed a novel method for targeting radioresistant cancer cells.
22. Radioresistant microbes are a concern in food sterilization processes.
23. This species exhibits exceptional radioresistant capabilities.
24. The radioresistant strains were isolated from a highly contaminated area.
25. This technology aims to improve the treatment of radioresistant cancers.
26. They found a correlation between DNA repair mechanisms and radioresistant capacity.
27. Increased radioresistant is a common feature of advanced cancers.
28. The radioresistant properties of this material make it ideal for shielding.
29. Several factors contribute to the development of radioresistant cancer cells.
30. Radioresistant cells often exhibit altered DNA repair pathways.
31. Investigating radioresistant mechanisms could lead to new therapeutic strategies.
32. The article reviews recent advances in overcoming radioresistant cancers.
33. This bacterium is unusually radioresistant, even by microbial standards.
34. Radioresistant cells are a major hurdle in radiation oncology.
35. The radioresistant spores remained viable after prolonged irradiation.
36. Advances in radiotherapy are focused on tackling radioresistant tumor cells.
37. How does the radioresistant capacity of these organisms evolve?
38. They are developing radioresistant coatings for sensitive electronic components.
39. The radioresistant phenotype may be associated with epigenetic modifications.
40. Radioresistant organisms offer insights into extremophile biology.
41. This strain displays exceptional radioresistant characteristics.
42. The study compared the radioresistant properties of two different species.
43. Radioresistant is a crucial factor to consider in spacecraft design.
44. Understanding the mechanisms of radioresistant is vital for developing effective treatments.
45. The use of nanoparticles may improve the treatment of radioresistant tumors.
46. Radioresistant cells may require alternative therapeutic approaches.
47. The conference focused on the latest research in radioresistant cancer.
48. This innovative treatment strategy targets radioresistant cancer stem cells.
49. Radioresistant materials are vital for protecting sensitive equipment from radiation damage.
50. Further research is needed to develop effective strategies for combating radioresistant infections.