CELL-REPORTS-D-17-02899R1, Rayman et al. "TIA-1 self-multimerization, phase separation, and recruitment into stress granules are dynamically regulated by Zn2+"

Name: CELL-REPORTS-D-17-02899R1, Rayman et al. "TIA-1 self-multimerization, phase separation, and recruitment into stress granules are dynamically regulated by Zn2+"
Creator: Joseph Rayman
Published: 2018-01-02T15:12:41.469Z
Keywords: Biochemistry, Immunocytochemistry

Rayman, Joseph

doi:10.17632/w2rs3hxcyr.1

CELL-REPORTS-D-17-02899R1, Rayman et al. "TIA-1 self-multimerization, phase separation, and recruitment into stress granules are dynamically regulated by Zn2+"

Published: 2 January 2018| Version 1 | DOI: 10.17632/w2rs3hxcyr.1

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Joseph Rayman

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These data files are associated with the following article: Rayman, J.B., Karl, K.A., and Kandel, E.R. (2018). TIA-1 self-multimerization, phase separation, and recruitment into stress granules are dynamically regulated by Zn2+. Cell Reports 22, 1-13.

CELL-REPORTS-D-17-02899R1, Rayman et al. "TIA-1 self-multimerization, phase separation, and recruitment into stress granules are dynamically regulated by Zn2+"

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