Kiraga Łukasz, Kucharzewska Paulina, Strzemecki Damian, Rygiel Tomasz P, Król Magdalena
Department of Cancer Biology, Institute of Biology, Warsaw University of Life Sciences, 02-787 Warsaw, Poland.
Cellis AG, 80002 Zurich, Switzerland.
Phys Sci Rev. 2021 Feb 22;8(3):385-403. doi: 10.1515/psr-2020-0205. eCollection 2023 Mar.
tracking of administered cells chosen for specific disease treatment may be conducted by diagnostic imaging techniques preceded by cell labeling with special contrast agents. The most commonly used agents are those with radioactive properties, however their use in research is often impossible. This review paper focuses on the essential aspect of cell tracking with the exclusion of radioisotope tracers, therefore we compare application of different types of non-radioactive contrast agents (cell tracers), methods of cell labeling and application of various techniques for cell tracking, which are commonly used in preclinical or clinical studies. We discuss diagnostic imaging methods belonging to three groups: (1) Contrast-enhanced X-ray imaging, (2) Magnetic resonance imaging, and (3) Optical imaging. In addition, we present some interesting data from our own research on tracking immune cell with the use of discussed methods. Finally, we introduce an algorithm which may be useful for researchers planning leukocyte targeting studies, which may help to choose the appropriate cell type, contrast agent and diagnostic technique for particular disease study.
对于选择用于特定疾病治疗的给药细胞的追踪,可通过诊断成像技术来进行,前提是先用特殊造影剂对细胞进行标记。最常用的造影剂是具有放射性的造影剂,然而它们在研究中的使用往往是不可能的。这篇综述文章聚焦于排除放射性同位素示踪剂后的细胞追踪的关键方面,因此我们比较了不同类型的非放射性造影剂(细胞示踪剂)的应用、细胞标记方法以及各种细胞追踪技术的应用,这些技术常用于临床前或临床研究。我们讨论了属于三组的诊断成像方法:(1)对比增强X射线成像,(2)磁共振成像,以及(3)光学成像。此外,我们展示了我们自己利用所讨论方法追踪免疫细胞的研究中的一些有趣数据。最后,我们介绍一种算法,该算法可能对计划进行白细胞靶向研究的研究人员有用,这可能有助于为特定疾病研究选择合适的细胞类型、造影剂和诊断技术。