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Experimental verification of theoretical in vivo ultrasound heating using cobalt detected magnetic resonance

机译:使用钴检测的磁共振理论上的体内超声加热的实验验证

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摘要

Conventional methods of measuring heating in vivo are invasive and therefore interfere with heat propagation. For the first time, ultrasound-induced temperature increases in living specimens have been estimated theoretically and measured experimentally using a noninvasive technique. In vivo ultrasound-induced temperature increases in the livers of rats show consistent results between: (1) a theoretical ultrasound point-source solution for a measured ultrasound source power of 4.3 W (2/spl deg/C) and (2) a sensitive noninvasive magnetic resonance method with the cobalt (III) nucleus as a probe (2.0/spl plusmn/1.2/spl deg/C).
机译:测量体内热量的常规方法是侵入性的,因此会干扰热量的传播。首次在理论上估算了超声波在活体样本中引起的温度升高,并使用无创技术进行了实验测量。体内超声诱发的大鼠肝脏温度升高显示出一致的结果:(1)测得的超声源功率为4.3 W(2 / spl deg / C)的理论超声点源溶液,以及(2)灵敏的以钴(III)核为探针的无创磁共振方法(2.0 / spl plusmn / 1.2 / spl deg / C)。

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