A Study of  TBK1-mediated DRP1 targeting confers nucleic acid sensing to reprogram mitochondrial dynamics and physiology. Shasha Chen et al.

Name: A Study of TBK1-mediated DRP1 targeting confers nucleic acid sensing to reprogram mitochondrial dynamics and physiology. Shasha Chen et al.
Creator: Pinglong Xu
Published: 2020-11-12T02:07:57.557Z
Keywords: Innate Immunity

Xu, Pinglong

doi:10.17632/xhctc3z22z.1

A Study of TBK1-mediated DRP1 targeting confers nucleic acid sensing to reprogram mitochondrial dynamics and physiology. Shasha Chen et al.

Published: 12 November 2020| Version 1 | DOI: 10.17632/xhctc3z22z.1

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Pinglong Xu

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Unprocessed and uncompressed imaging data for manuscript "TBK1-mediated DRP1 targeting confers nucleic acid sensing to reprogram mitochondrial dynamics and physiology".

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Zhejiang University

A Study of TBK1-mediated DRP1 targeting confers nucleic acid sensing to reprogram mitochondrial dynamics and physiology. Shasha Chen et al.

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