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Three-dimensional reconstruction of rat brain from autoradiographic images using image registration by maximization of mutual information

机译:通过相互信息最大化,利用图像配准从放射自显影图像对大鼠大脑进行三维重建

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Autoradiographic image analysis is a powerful and dominantly used method for the quantitative analysis of radioisotope distribution in small animals. Three-dimensional reconstruction of the brain from serial sections of autoradiographic images allows volumetric visualization and analysis, coregistration with other 3D modalities, and anatomical standardization. We implemented an operating system and platform independent software in which the 3D reconstruction of the rat brain from the autoradiographic images using the image registration technique is possible. Image registration and a 3D reconstruction technique developed in this study would be useful for the quantitative analysis of the autoradiographic images.
机译:Auteroadographic图像分析是一种强大而主导的小型动物放射性同位素分布定量分析的方法。自放射图像串行部分的大脑的三维重建允许体积可视化和分析,与其他3D模态的核心标准,以及解剖标准化。我们实现了一种操作系统和平台独立软件,其中可以使用图像配准技术从自动模型图像中的3D重建。在本研究中开发的图像配准和3D重建技术对于自动模型图像的定量分析是有用的。

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