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EVI1 carboxy-terminal phosphorylation is ATM-mediated and sustains transcriptional modulation and self-renewal via enhanced CtBP1 association

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Roberto Paredes1,2,†, Marion Schneider1,2,†, Adam Stevens2,3, Daniel J. White1,2, Andrew J. K. Williamson1,2, Joanne Muter1,2, Stella Pearson1,2, James R. Kelly1,2, Kathleen Connors1,2, Daniel H. Wiseman2,4, John A. Chadwick2,4, Harald Löffler5,… Click to show full abstract

Roberto Paredes1,2,†, Marion Schneider1,2,†, Adam Stevens2,3, Daniel J. White1,2, Andrew J. K. Williamson1,2, Joanne Muter1,2, Stella Pearson1,2, James R. Kelly1,2, Kathleen Connors1,2, Daniel H. Wiseman2,4, John A. Chadwick2,4, Harald Löffler5, Hsiang Ying Teng1,2, Simon Lovell2,6, Richard Unwin1,2, Henri J. van de Vrugt7, Helen Smith2,6, Olga Kustikova8, Axel Schambach8, Tim C. P. Somervaille2,4, Andrew Pierce1,2, Anthony D. Whetton1,2,9 and Stefan Meyer1,2,10,11,*

Keywords: terminal phosphorylation; phosphorylation atm; carboxy terminal; atm mediated; evi1 carboxy; mediated sustains

Journal Title: Nucleic Acids Research
Year Published: 2018

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