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This review provides insights into #SilverNanoparticles as #CancerTherapeutics, showing how tuning shapes biodistribution, #radiosensitization, & multimodal synergy, with imaging‑guided design & safety for patient‑specific #nanomedicine.

Nanotechnology Reviews: doi.org/10.1515/ntre...

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Integrating spatial analysis in the study of silver nanoparticles for radiotherapy: from molecular mechanisms to bio distribution in biological systems

Integrating spatial analysis in the study of silver nanoparticles for radiotherapy: from molecular mechanisms to bio distribution in biological systems

This review provides insights into #SilverNanoparticles as #CancerTherapeutics, showing how tuning shapes biodistribution, #radiosensitization, & multimodal synergy, with imaging‑guided design & safety for patient‑specific #nanomedicine.

Nanotechnology Reviews: doi.org/10.1515/ntre...

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Integrating spatial analysis in the study of silver nanoparticles for radiotherapy: from molecular mechanisms to bio distribution in biological systems

Integrating spatial analysis in the study of silver nanoparticles for radiotherapy: from molecular mechanisms to bio distribution in biological systems

This review examines #AgNPs as #CancerTherapeutics, showing how physicochemical tuning controls biodistribution, #radiosensitization, and multimodal synergy, while addressing imaging, safety, and clinical translation in #nanomedicine.

Nanotechnology Reviews: doi.org/10.1515/ntre...

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4/ We wondered if we could target the mitochondria to:
✅ Deprive tumor cells of energy
✅ Lower oxygen consumption
✅ Reduce hypoxia
✅ Improve radiation sensitivity #Radiosensitization

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