Rust Ruslan, Kirabali Tunahan, Grönnert Lisa, Dogancay Berre, Limasale Yanuar D P, Meinhardt Andrea, Werner Carsten, Laviña Bàrbara, Kulic Luka, Nitsch Roger M, Tackenberg Christian, Schwab Martin E
Institute for Regenerative Medicine, University of Zurich, Zurich, Switzerland.
Department of Health Sciences and Technology, ETH Zürich, Zurich, Switzerland.
Front Neurosci. 2020 Mar 20;14:244. doi: 10.3389/fnins.2020.00244. eCollection 2020.
The distinct organization of the brain's vasculature ensures the adequate delivery of oxygen and nutrients during development and adulthood. Acute and chronic pathological changes of the vascular system have been implicated in many neurological disorders including stroke and dementia. Here, we describe a fast, automated method that allows the highly reproducible, quantitative assessment of distinct vascular parameters and their changes based on the open source software Fiji (ImageJ). In particular, we developed a practical guide to reliably measure aspects of growth, repair and maturation of the brain's vasculature during development and neurovascular disease in mice and humans. The script can be used to assess the effects of different external factors including pharmacological treatments or disease states. Moreover, the procedure is expandable to blood vessels of other organs and vascular models.
大脑脉管系统的独特组织确保了在发育和成年期氧气和营养物质的充分输送。血管系统的急性和慢性病理变化与包括中风和痴呆在内的许多神经系统疾病有关。在此,我们描述了一种快速、自动化的方法,该方法基于开源软件Fiji(ImageJ),能够对不同的血管参数及其变化进行高度可重复的定量评估。特别是,我们制定了一份实用指南,用于可靠地测量小鼠和人类发育过程以及神经血管疾病中大脑脉管系统的生长、修复和成熟情况。该脚本可用于评估不同外部因素的影响,包括药物治疗或疾病状态。此外,该程序可扩展至其他器官的血管和血管模型。