Nanoshells example sentences

"Nanoshells" Example Sentences

1. Nanoshells offer a promising avenue for targeted drug delivery.
2. The researchers synthesized gold nanoshells for their experiment.
3. Developing effective nanoshells requires precise control over their size and shape.
4. Toxicity studies are crucial before widespread use of nanoshells in medicine.
5. We observed significant tumor regression after administering the nanoshells.
6. The optical properties of nanoshells make them ideal for photothermal therapy.
7. Further research is needed to understand the long-term effects of nanoshells.
8. This paper explores the potential of nanoshells in cancer treatment.
9. Nanoshells are being investigated for their use in various biomedical applications.
10. The size and composition of the nanoshells significantly impact their efficacy.
11. Manufacturing nanoshells at scale remains a technological challenge.
12. Surface functionalization of nanoshells enhances their biocompatibility.
13. Nanoshells, unlike other nanoparticles, possess unique optical resonance properties.
14. The team successfully demonstrated the controlled release of drugs from nanoshells.
15. Improved imaging techniques are needed to track the behavior of nanoshells in vivo.
16. Recent advances have led to more efficient methods of producing nanoshells.
17. Nanoshells could revolutionize the field of diagnostics and therapeutics.
18. Cost-effective production of nanoshells is crucial for their clinical translation.
19. Are nanoshells the future of targeted cancer therapy?
20. The study compared the effectiveness of different types of nanoshells.
21. We hypothesize that nanoshells can enhance the immune response.
22. Nanoshells showed promising results in preclinical studies.
23. The biodistribution of nanoshells is a critical factor in their safety.
24. This innovative approach utilizes nanoshells for hyperthermia treatment.
25. Challenges remain in optimizing the design of nanoshells for specific applications.
26. Nanoshells' unique optical properties allow for precise targeting.
27. Further investigation into the interactions of nanoshells with biological systems is needed.
28. The potential applications of nanoshells extend beyond medicine.
29. Nanoshells are being explored for their use in sensing applications.
30. The article highlights the advantages and limitations of using nanoshells.
31. With further development, nanoshells could become a standard treatment option.
32. The stability of nanoshells in physiological environments is crucial.
33. Understanding the mechanism of action of nanoshells is critical for their safe use.
34. This technology uses light-activated nanoshells to destroy cancer cells.
35. The synthesis of nanoshells involves complex chemical processes.
36. Researchers are exploring novel ways to functionalize nanoshells for improved targeting.
37. The size of the nanoshells is meticulously controlled during synthesis.
38. Nanoshells are being investigated as contrast agents in medical imaging.
39. The study found no significant adverse effects associated with the use of nanoshells.
40. Future research will focus on improving the biodegradability of nanoshells.
41. The administration route of nanoshells can affect their efficacy.
42. This innovative approach utilizes biocompatible nanoshells for targeted delivery.
43. Regulatory approval for the use of nanoshells in humans is still pending.
44. The use of nanoshells offers several advantages over traditional therapies.
45. The long-term safety profile of nanoshells is a subject of ongoing investigation.
46. Nanoshells represent a significant advance in nanomedicine.
47. The unique properties of nanoshells make them highly versatile.
48. This novel therapeutic strategy employs light-responsive nanoshells for treatment.
49. The research team is developing a new generation of nanoshells with improved properties.
50. Despite the challenges, the potential benefits of nanoshells are immense.