Journal of paramedical sciences. · 2014 · 12 citations · 7 references
MedicineOncologyRadiation OncologyRadiation BiophysicsRadiation DosimetryRadiobiologyBreast Cancer RadiobiologyBreast Cancer RadiotherapyCancer NanomedicineNanomedicineRadiation TherapyRadiation ToxicityCancer NanotherapyIntrinsic RadiosensitivityNanomaterial Cytotoxicity AssessmentNanoparticle-induced CytotoxicityRadiation Therapy Response
Herein, iron-gold core shell magnetic nanoparticles Fe@Au NPs was investigated as contrasting agent in radiation therapy in the breast cancer. Assessment of cytotoxic and radio sensitizing potential was done by MTT method and Flow cytometry. Radiation was done using Co 60 source. The response of cells to treatment with radiation alone and radiation with nanoparticles was assessed. The study demonstrates that Fe@Au nanoparticles do not have considerable cytotoxic effects, but they increase the effectiveness of radiation that means the survival of the group without nanoparticles exposed to 5 Gy radiations is 75%while the group with nanoparticles is 33%. With 2 Gy radiations the survival of the two groups are 87% and 80% respectively.
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Resonant Formation of DNA Strand Breaks by Low-Energy (3 to 20 eV) Electrons
Badia Boudaı̈ffa, Pierre Cloutier, Darel J. Hunting et al. · Science · 2000 · 2.2K citations
The New Era in Cancer Research
Harold Varmus · Science · 2006 · 306 citations
Medicine, Cancer Biology, Oncology +11