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3D Optical Contrast-Recovery in MR guided Diffuse OpticalSpectroscopy

机译:MR引导漫射光学光谱检查中的3D光学对比度恢复

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It is well known that diffuse optical tomography (DOT) has limited spatial resolution, and sufficient contrast recovery is limited to lesions greater than ~6 mm[1]. However, with the addition of multimodality methods that combine high spatial resolution imaging, such as MRI, it has been shown that quantification and feature recovery improves[2]. However, it is not known how well MRg-DOS will perform with characterizing small lesions in 3D. These limits need to be established in order to determine the practical limitations of optical imaging. This paper investigates the contrast resolution limits of 3 dimensional MRg-DOS. Short irregular inclusions of various diameters are added to a homogeneous background. Two case studies are presented which represent these limiting situations.
机译:众所周知,漫射光学断层摄影(点)的空间分辨率有限,并且足够的对比度恢复限于大于〜6mm的病变。然而,随着组合高空间分辨率成像的多模态方法,例如MRI,已经示出了量化和特征恢复改善了[2]。然而,尚不知道MRG-DOS将如何在3D中表征小病变。需要建立这些限制以确定光学成像的实际限制。本文研究了3维MRG-DOS的对比度分辨率限制。将各种直径的短不规则夹杂物添加到均匀的背景中。提出了两个案例研究,其代表这些限制情况。

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