转运蛋白
放射性配体
正电子发射断层摄影术
核医学
Pet成像
结合势
神经影像学
体内分布
化学
人脑
放射合成
分子成像
医学
内科学
神经科学
心理学
受体
炎症
体内
生物化学
体外
生物
神经炎症
生物技术
作者
Zhiqiang Tan,A. Haider,Shaojuan Zhang,Jiahui Chen,Jun-Jie Wei,Kai Liao,Guocong Li,Huiyi Wei,Chenchen Dong,Wenqing Ran,Ying Li,Yuefeng Li,Jian Rong,Yinlong Li,Steven H. Liang,Hao Xu,Lu Wang
标识
DOI:10.1016/j.phrs.2023.106681
摘要
Our findings indicate that [18F]LW223 is suitable for quantitative TSPO-targeted PET imaging in higher species. Employing state-of-the-art kinetic modeling, we found that [18F]LW223 was effective in mapping TSPO throughout the NHP brain, with best model fits obtained from 2TCM and Logan graphical analyses. Overall, our results indicate that [18F]LW223 exhibits favorable tracer performance characteristics in higher species, and this novel imaging tool may hold promise to provide effective neuroinflammation imaging in patients with neurological disease.
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