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An integrated low field MRI/RF EPRI for co-registering imaging of in vivo physiology and anatomy in living objects

机译:集成式低场MRI / RF EPRI,用于对生物体内活体生理学和解剖学成像进行配准成像

摘要

A method and apparatus of co-registering images of paramagnetic spin probe distribution, obtained from Electron Paramagnetic resonance imaging (EPRI) with morphological images obtained from Magnetic Resonance Imaging (MRI) in an integrated EPRI/MRI scanner includes a combination of low-field MRI and an Electron Paramagnetic Resonance Imager (EPRI) which utilize the same magnet/gradient coil assembly. Since low-field MRI and EPRI share the same magnetic field for resonance conditions, the operating frequency of EPR will be approximately 650 times higher than the frequency where MRI is performed, which is the ratio of the magnetic moments of the electron vs. proton.
机译:在集成的EPRI / MRI扫描仪中将从电子顺磁共振成像(EPRI)获得的顺磁自旋探针分布图像与从磁共振成像(MRI)获得的形态图像共同配准的方法和设备,包括低场MRI的组合以及使用相同磁体/梯度线圈组件的电子顺磁共振成像仪(EPRI)。由于低场MRI和EPRI在共振条件下共享相同的磁场,因此EPR的工作频率将比执行MRI的频率高650倍,这是电子与质子的磁矩之比。

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