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DOI :
10.3791/56237-v
October 23rd, 2017
Chapters
0:05
Title
0:46
Viral Transduction
1:52
Microscope Set-up
3:24
Time-lapse Imaging
6:52
Results: Time-lapse Imaging to Track Mitochondrial Movement in Oligodendrocytes
8:12
Conclusion
形成突促进了快速动作电位的传播和神经元的存活。这里描述的是一个协议的胶质特异表达荧光蛋白在器官脑切片与后续的延时成像。此外, 一个简单的程序, 可视化不髓鞘提出。
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