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Combining Near Infrared Spectroscopy and Functional MRI during Continuous Performance Test in Healthy Subjects

机译:健康受试者连续性能测试期间将近红外光谱和功能MRI相结合

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The study of cognitive functions is a major challenge of the modern functional imaging. Activation of specific cerebral area is obtained from the observation of physic characteristic affected by changes occurring in the blood flow resulting from an increased metabolic consumption. In this work two imaging techniques are used, the functional magnetic resonance (fMRI) and the near infrared spectroscopy (NIRS), in order to assess cerebral performance during the execution of a well known sustained attention task, the Conners'' continuous performance test (CPT). With fMRI analysis were found activations in the frontal, parietal and supplementary motor areas, whereas NIRS system showed a region-wise difference in the variations of parameters and different activation trend localized in the middle-right frontal area. The combined analysis of the two techniques allows to obtain more detailed information and places itself as a first step toward a result of multimodal image integration
机译:认知功能的研究是现代功能成像的主要挑战。特定大脑区域的激活是通过观察受代谢消耗增加导致的血流变化所影响的物理特征而获得的。在这项工作中,使用了两种成像技术,即功能磁共振(fMRI)和近红外光谱(NIRS),以评估执行众所周知的持续注意力任务期间的大脑表现,即Conners的连续表现测试( CPT)。通过功能磁共振成像分析,发现额叶,顶叶和辅助运动区的激活,而NIRS系统在参数变化方面存在区域差异,并且在右中额叶区域存在不同的激活趋势。两种技术的组合分析可以获取更详细的信息,并将自身作为迈向多峰图像集成结果的第一步

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