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Biological effects of ion beam irradiation on perennial gentian and apple

机译:离子束辐照对多年生龙胆和苹果的生物学效应

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The development of new varieties of perennial plants generally requires lengthy and laborious procedures. In this study, we used ion beam irradiation mutagenesis in an attempt to accelerate the breeding process for perennial plants. We evaluated the biological effects of five ion beam sources (carbon, neon, argon, silicon, and iron) and neutron irradiation on Japanese gentian and apple. These treatments were applied at the National Institute of Radiological Sciences (NIRS) using the Heavy Ion Medical Accelerator in Chiba (HIMAC) and the Neutron-exposure Accelerator System for Biological Effect Experiments (NASBEE). Biological effects were observed in in vitro gentian plants after irradiation with ion beams at .
机译:多年生植物新品种的开发通常需要漫长而费力的过程。在这项研究中,我们使用了离子束辐射诱变技术,试图加快多年生植物的育种过程。我们评估了五个离子束源(碳,氖,氩,硅和铁)和中子辐照对日本龙胆和苹果的生物效应。这些治疗方法是在国立放射科学研究所(NIRS)使用千叶重离子医学加速剂(HIMAC)和中子暴露加速器生物效应实验系统(NASBEE)进行的。体外离子束辐照后的龙胆植物具有生物学效应。

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