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Optical tomographic imaging of small animals.

机译:小型动物的光学层析成像。

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Diffuse optical tomography is emerging as a viable new biomedical imaging modality. Using visible and near-infrared light this technique can probe the absorption and scattering properties of biological tissues. The main applications are currently in brain, breast, limb and joint imaging; however, optical tomographic imaging of small animals is attracting increasing attention. This interest is fuelled by recent advances in the transgenic manipulation of small animals that has led to many models of human disease. In addition, an ever increasing number of optically reactive biochemical markers has become available, which allow diseases to be detected at the molecular level long before macroscopic symptoms appear. The past three years have seen an array of novel technological developments that have led to the first optical tomographic studies of small animals in the areas of cerebral ischemia and cancer.
机译:漫射光学层析成像正在成为一种可行的新型生物医学成像方式。使用可见光和近红外光,该技术可以探测生物组织的吸收和散射特性。目前主要应用在脑,乳腺,四肢和关节成像中。然而,小型动物的光学层析成像技术引起了越来越多的关注。对小动物的转基因操作的最新进展激发了这种兴趣,这种进展已导致许多人类疾病模型。另外,越来越多的光学反应生化标记物已经可用,这使得在宏观症状出现之前很久就可以在分子水平上检测疾病。在过去的三年中,出现了一系列新颖的技术发展,从而导致了对脑缺血和癌症领域中小动物的首次光学层析成像研究。

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