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DOI :
10.3791/62153-v
•
5:50 min
May 17th, 2021
Chapters
0:04
Introduction
0:45
Setting Up the Platform Incubator for IC-FPOP
2:08
IC-FPOP in the Platform Incubator
3:41
Results: Analysis of Cell Transfection Efficiency, Proteins Modified in Single Cell Flow-System and PIXY, and Localization of IC-FPOP Modifications
5:22
Conclusion
一种新的静态平台用于利用一种称为蛋白质细胞内快速光化学氧化(IC-FPOP)的蛋白质足迹技术,对原生细胞环境中的蛋白质结构和相互作用部位进行特征。
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