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Voxel-based imaging of translocator protein 18kDa (TSPO) in high-resolution PET

机译:高分辨率PET中基于体素的转运蛋白18kDa(TSPO)成像

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摘要

In vivo imaging of translocator protein 18 kDa (TSPO) has received significant attention as potential biomarker of microglia activation. Several radioligands have been designed with improved properties. Our group recently developed an 18F-labeled TSPO ligand, [18F]-FEPPA, and confirmed its reliability with a 2-tissue compartment model. Here, we extended, in a group of healthy subjects, its suitability for use in voxel-based analysis with the newly proposed graphical analysis approach, Relative-Equilibrium-Gjedde-Patlak (REGP) plot. The REGP plot successfully replicated the total distribution volumes estimated by the 2-tissue compartment model. We also showed its proof-of-concept in a patient with possible meningioma showing increased [18F]-FEPPA total distribution volume.
机译:转运蛋白18 proteinkDa(TSPO)的体内成像已作为小胶质细胞激活的潜在生物标记受到了广泛关注。已经设计了具有改进性质的几种放射性配体。我们小组最近开发了一种 18 F标记的TSPO配体[ 18 F] -FEPPA,并用2组织隔室模型证实了其可靠性。在这里,我们在一组健康受试者中扩展了其适用于体素分析的能力,并采用了新提出的图形化分析方法,相对平衡-吉德-帕特拉克(REGP)图。 REGP图成功复制了由2个组织隔室模型估算的总分布量。我们还在可能的脑膜瘤患者中显示了其概念验证,该患者的[ 18 F] -FEPPA总分布量增加了。

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