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首页> 外文期刊>Radiation Physics and Chemistry >Development of a thermal neutron-sensitive liposome for a novel drug delivery system aiming for radio-chemo-concurrent cancer therapy
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Development of a thermal neutron-sensitive liposome for a novel drug delivery system aiming for radio-chemo-concurrent cancer therapy

机译:新型热传递中子敏感性脂质体的开发,该系统旨在用于放射化学同时癌症治疗

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摘要

A thermal neutron-sensitive liposome has been developed focusing on irradiation site-specific-controlled release of a medicine. We recommended a ~(10)B-borocaptate dimer as a detonator of liposome in expectation of effects of low-energy heavy ions produced by ~(10)B(n, α)~7Li reaction. As a result, an X-ray-sensitive liposome incorporating the detonator was vulnerable enough to release an anticancer agent carboplatin, at a dose/dose-rate near clinical use. These results reveal, moreover, that the liposomes are also applicable to a heavy-ion beam.
机译:已经开发了热中子敏感性脂质体,其重点在于药物的辐照位点特异性控制释放。我们建议使用〜(10)B-硼酸氢盐二聚体作为脂质体的引爆剂,以期待〜(10)B(n,α)〜7Li反应产生的低能重离子的作用。结果,掺入了雷管的X射线敏感脂质体非常脆弱,以接近临床用途的剂量/剂量率释放出抗癌药卡铂。此外,这些结果表明脂质体也适用于重离子束。

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