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Design and building of modern two-photon laser scanning microscope for using in neuroscience

机译:用于神经科学的现代两光子激光扫描显微镜的设计与建造

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One of the main visualization method in neuroscience is two-photon microscopy. However, scientists need to upgrade their microscopy system so regular because they are interested to get more specific data. Also this is due to the fact that this technique allows to obtain 3D images of tissues due to laser focus change, that is possible due to substantially greater penetration depth on the main wavelength into biological tissues. Self-developed microscopy system allow to modify the construction of microscope in not-complicated manner depending on specialized experimental models and scientific tasks. This work is small attempt to help researchers who are interested to build their own two-photon laser scanning microscope for using in neuroscience. The work was performed with financial support of the government represented by the Ministry of Education and Science of the Russian Federation, the unique identifier of the project is RFMEFI57814X0079, the agreement on granting a subsidy №14.578.21.0079 dated 28.11.2014.
机译:神经科学中主要的可视化方法之一是双光子显微镜。但是,科学家需要定期升级显微镜系统,因为他们有兴趣获取更具体的数据。另外,这是由于以下事实:由于激光焦点的改变,该技术允许获得组织的3D图像,这可能是由于主波长在生物组织中的穿透深度明显更大。自行开发的显微镜系统可根据专门的实验模型和科学任务,以不复杂的方式修改显微镜的结构。这项工作只是小尝试,可以帮助有兴趣的研究人员建立自己的用于神经科学的两光子激光扫描显微镜。该工作是在俄罗斯联邦教育和科学部代表的政府财政支持下完成的,该项目的唯一标识为RFMEFI57814X0079,该协议的签署日期为2014年11月28日第14.578.21.0079号。

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