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Correlative super-resolution fluorescence and electron microscopies unravel the nanocluster formation of ras proteins on the cell membrane

Tao, Kai; Zhang, Ying; Wu, Lei; Lee, Yerirn; Chang, Young Hwan; Nan, Xiaolin
2020
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Physical and functional partitioning of the biological membrane have been implicated in regulating heterotypic and homotypic interactions of proteins on the membrane. Among others, human Ras small GTPases are prototypical examples of membrane proteins that have been shown to preferentially compartmentalize on the plasma membrane.

Title
Correlative super-resolution fluorescence and electron microscopies unravel the nanocluster formation of ras proteins on the cell membrane
Creator
Tao, Kai : Oregon Health and Science University
Zhang, Ying : Oregon Health and Science University
Wu, Lei : Oregon Health and Science University
Lee, Yerirn : Oregon Health and Science University
Chang, Young Hwan : Oregon Health and Science University
Nan, Xiaolin : Oregon Health and Science University
Meeting Name
Research Week, Oregon Health and Science University, 2020
Publisher
Oregon Health and Science University
Date
2020
Subjects
Keywords
DOI
https://doi.org/10.6083/ng451j316
Language
English
Content Type
Abstract
Department
OHSU Center for Spatial Systems Biomedicine
Copyright Status
In copyright - joint owners
Usage Statement
Record ID
8417
Record Created
2023-06-29
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Record Appears in
Organizations > Centers and Institutes > OHSU Center for Spatial Systems Biomedicine
OHSU Works > Events > Research Week
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