Technetium 97 example sentences

"Technetium 97" Example Sentences

1. Technetium-97 is a useful medical isotope.
2. The half-life of technetium-97 is relatively short.
3. Researchers studied the decay properties of technetium-97.
4. Technetium-97 emits gamma rays.
5. Medical imaging often utilizes technetium-97 for diagnosis.
6. We measured the radioactivity of the technetium-97 sample.
7. The experiment involved a small quantity of technetium-97.
8. Technetium-97's applications are primarily in medicine.
9. Further research is needed on the effects of technetium-97.
10. Safety protocols are crucial when handling technetium-97.
11. The patient received an injection containing technetium-97.
12. Technetium-97 is produced through nuclear reactions.
13. Monitoring the levels of technetium-97 is important.
14. The decay of technetium-97 produces other isotopes.
15. Technetium-97 is a metastable isotope.
16. Its use in medical imaging is widespread, this refers to technetium-97.
17. What are the potential risks associated with technetium-97?
18. How is technetium-97 produced for medical use?
19. The study focused on the biodistribution of technetium-97.
20. Technetium-97 is not used in all medical imaging procedures.
21. Careful handling of technetium-97 is essential for safety.
22. The properties of technetium-97 make it ideal for certain applications.
23. They analyzed the data obtained from the technetium-97 scan.
24. The results showed a clear image thanks to the technetium-97 tracer.
25. Long-term effects of exposure to technetium-97 are still under investigation.
26. Technetium-97 plays a crucial role in nuclear medicine.
27. The concentration of technetium-97 was carefully controlled.
28. Radioactive decay is a key characteristic of technetium-97.
29. Understanding the physics of technetium-97 is important.
30. The half-life of technetium-97 determines its usefulness.
31. Is technetium-97 suitable for all imaging techniques?
32. The use of technetium-97 requires specialized equipment.
33. We compared the effectiveness of technetium-97 with other isotopes.
34. The sample contained a trace amount of technetium-97.
35. Technetium-97's gamma emissions are easily detectable.
36. They observed the decay pattern of technetium-97 over time.
37. The study involved both in vitro and in vivo use of technetium-97.
38. Technetium-97 is considered a relatively safe radioisotope.
39. The disposal of technetium-97 requires special procedures.
40. Technetium-97 contributes significantly to diagnostic capabilities.
41. Future research might explore alternative uses of technetium-97.
42. The team successfully synthesized technetium-97 in the lab.
43. Regulations govern the use and handling of technetium-97.
44. Technetium-97's unique properties are essential for its role.
45. They monitored the patient's response to the technetium-97 injection.
46. The cost-effectiveness of using technetium-97 is a factor.
47. Improved techniques for producing technetium-97 are being developed.
48. Technetium-97 is a key component of many medical kits.
49. The imaging showed excellent resolution thanks to the use of technetium-97.
50. Further studies are needed to fully understand the behavior of technetium-97 in the body.