A fusion of super-selective cancer therapy and noninvasive temperature measurement based on magnetic nanoparticles

本论文针对基于磁性纳米粒子特性的肿瘤热疗系统和诊断系统的融合系统的实现进行了基础研究。作为结果，阐明了以下内容：（1）可以通过将具有静磁场的电磁波施加到磁性纳米颗粒来控制加热区域，（2）可以通过使用空腔谐振器中的随温度的相变信息来非侵入性地测量加热区域，（3）可以提高用于癌症的分子成像的图像分辨率和检测灵敏度。

Fundamental research which aimed at realization of the fused system of heating cancer treatment system and the diagnosis system based on a characteristics of magnetic nanoparticles was performed. As results, the following things were clarified : (1) a heating region can be controlled by applying a electromagnetic wave with a static magnetic field to a magnetic nanoparticles, (2) a heating region can be measured noninvasively by using the phase change information with temperature in a cavity resonator, (3) the image resolution and detection sensitivity on a molecular imaging for the cancer can be improved.