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Simulation of Dual Modality Probe

机译:双模态探针的仿真

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摘要

Combining different modality sensors on a single probe is an emerging and promising trend in multimodality approach. Magnetic Resonance Spectroscopy and Optical Spectroscopy are both emerging technologies for molecular and near-cellular imaging, and they offer a new chance for evaluating tissue characteristic in situ. The aim of this study is to create simulations for a dual modality probe that combines both modality and find out the effective areas of these sensors. Biot-Savart Law is used to create a simulation for MRS, and Monte Carlo method is modified and applied in the Light-Induced Fluorescence simulation.
机译:在单个探针上组合不同的模态传感器是多模态方法中一种新兴且有希望的趋势。磁共振波谱和光学波谱都是分子和近细胞成像的新兴技术,它们为就地评估组织特征提供了新的机会。这项研究的目的是为结合了两种模态的双模态探头创建仿真,并找出这些传感器的有效区域。使用比奥-萨瓦特定律创建了MRS的模拟,并修改了蒙特卡洛方法,并将其应用于光诱导荧光模拟。

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