Heating of interventional instruments in magnetic particle imaging - First experiences of safety measurements

R. Duschka, H. Wojtczyk, N. Panagiotopoulos, J. Haegele, G. Bringout, J. Rahmer, C. Bontus, T. Buzug, J. Borgert, J. Barkhausen, F. Vogt
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引用次数: 1

Abstract

It seems that signal generating devices, especially those which were made of stainless steel, are not optimal for cardiovascular interventions, if these devices show ferromagnetic characteristics. CVI seem to be safe in MPI using non-signal generating devices. Labeling and visualization of devices with SPIOSs is possible and has been described in recent studies. Based on the complexity of stents themselves and different components of the stent delivery systems, it is necessary to address heating behavior of those instruments in further studies. Stents which heat up to temperatures only a few degrees above body temperature seem to be suitable for cardiovascular interventions in MPI. Further in-vivo studies are necessary to investigate heating of interventional instruments in MPI in contrast to cooling due to blood flow.
磁粉成像中介入仪器的加热。安全测量的初步经验
如果信号产生装置显示铁磁特性,那么信号产生装置,特别是那些由不锈钢制成的信号产生装置,似乎不是心血管干预的最佳选择。CVI在MPI中使用非信号产生装置似乎是安全的。标记和可视化的设备与SPIOSs是可能的,并已在最近的研究中描述。基于支架本身的复杂性和支架输送系统的不同组成部分,有必要在进一步的研究中解决这些仪器的加热行为。将支架加热到仅高于体温几度的温度似乎适合于MPI患者的心血管干预。进一步的体内研究是必要的,以研究MPI中介入器械的加热与血流冷却的对比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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