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System and method of obtaining images and spectra of intracavity structures using 3.0 Tesla magnetic resonance systems

机译:使用3.0特斯拉磁共振系统获得腔内结构的图像和光谱的系统和方法

摘要

An MR system features an intracavity probe and associated interface device. The probe includes a shaft, a balloon at one end thereof, and a coil loop within the balloon. The loop has two drive capacitors and a tuning capacitor, all of which in series. A junction node between the drive capacitors serves as a ground for electrically balancing the loop. Diametrically opposite the node, the tuning capacitor enables the loop to resonate at the operating frequency of the MR system. The interface allows the MR system to couple the loop to a port of the MR system during a receive cycle thereof and decouple it from the port during a transmit cycle thereof. With its balloon inserted and inflated within a cavity of a patient, the probe allows the MR system to generate images and/or spectra of the region of interest using the MR signals received by the loop.
机译:MR系统具有腔内探针和相关的接口设备。探针包括轴,在其一端的球囊以及在球囊内的线圈环。环路具有两个驱动电容器和一个调谐电容器,它们全部串联。驱动电容器之间的结点用作接地以电气平衡环路。与节点截然相反的是,调谐电容器使环路能够以MR系统的工作频率谐振。该接口允许MR系统在其接收周期中将环路耦合到MR系统的端口,并在其发送周期中使其与端口解耦。通过将其球囊插入患者的空腔并在患者的空腔中充气,该探头允许MR系统使用回路接收到的MR信号生成感兴趣区域的图像和/或光谱。

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