The living body impact statement of the nanoparticle by the magnetic mesurement

本研究采用肺部磁场测定法，并以PCBM活体（即纳米颗粒及其衍生物之一的富勒烯）评估了对它的影响。通过0.5 ml气管向六只雄性Wister大鼠注射富勒烯和PCBM。对于外部磁化，我测量了20分钟后大鼠产生的剩余磁场。此外，我在每个测量日的磁化后绘制了剩余磁场，并要求从四个三氧化铁肺中清除。至于剩余磁场和间隙，富勒烯和PCBM处理组一起正常。从上述三个剂量回发的观察期内，PCBM的肺部紊乱特征不被认为是富勒烯。

I used lungs magnetic field mensuration, and the living body of PCBM which was the fullerene which was the one of the nanoparticles and the derivative evaluated influencing it in this study. A 0.5ml trachea administered fullerene and PCBM to six male Wister rats. For outside magnetization, I measured the residual magnetic field that occurred from a rat afterwards for 20 minutes. In addition, I plotted a residual magnetic field just after the magnetization of each measurement day and demanded the clearance from four three oxidation iron lungs. As for the residual magnetic field and the clearance, fullerene and a PCBM treated group were normal together. The lungs disorder characteristics of PCBM were not thought to be fullerene in the observation periods from the above to three dosage back issues.