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METHOD AND DEVICE FOR HEATING BY MEANS OF ULTRASOUND GUIDED BY MAGNETIC RESONANCE IMAGING

机译:磁共振成像指导的超声加热方法及装置

摘要

A method of heating a target region by ultrasound radiation includes determination of a position of the target region by a magnetic resonance method. The device for carrying out this method includes an ultrasound device and an MR device. By determining movement of the target region utilizing the MR device (100) and an appropriate magnetic resonance method, and by coupling the movement information to the ultrasound device (118) by an electric signal (122, 124), it is achieved that the ultrasound device can be controlled by the movement information. Various possibilities exist for controlling the ultrasound device. According to a first possibility, the focal region is adjusted to be situated within the target region in order to generate ultrasound. Another possibility is to determine from the movement information the instant at which the target region is situated within the focal region of the ultrasound and to generate ultrasound exclusively for a brief subsequent period during which the focal region is still within the target region. Another possibility is to refrain from generating ultrasound when the movement speed is too high. Finally, the movement information can also be used for making the focal region follow the target region during the generation of ultrasound.
机译:一种通过超声辐射加热目标区域的方法,包括通过磁共振方法确定目标区域的位置。用于执行该方法的设备包括超声设备和MR设备。通过利用MR设备(100)和适当的磁共振方法确定目标区域的运动,并通过电信号(122、124)将运动信息耦合到超声设备(118),可以实现超声设备可以通过运动信息来控制。存在用于控制超声设备的各种可能性。根据第一种可能性,将焦点区域调整为位于目标区域内以便产生超声。另一种可能性是从运动信息中确定目标区域位于超声的聚焦区域内的时刻,并且仅在随后的短暂时间段内生成超声,在该短暂的随后时间段内聚焦区域仍在目标区域内。另一种可能是在移动速度过高时避免产生超声波。最后,运动信息还可以用于在超声产生期间使聚焦区域跟随目标区域。

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