The histone mark H3K36me2 recruits DNMT3A and shapes the intergenic DNA methylation landscape

Daniel N. Weinberg(Rockefeller University), Simon Papillon‐Cavanagh(McGill University), Haifeng Chen(McGill University), Yuan Yue(Center for Life Sciences), Xiao Chen(Columbia University Irving Medical Center), Kartik Rajagopalan(Columbia University Irving Medical Center), Cynthia Horth(McGill University), John T. McGuire(Columbia University Irving Medical Center), Xinjing Xu(Columbia University Irving Medical Center), Hamid Nikbakht(McGill University), Agata E. Lemiesz(Rockefeller University), Dylan M. Marchione(University of Pennsylvania), Matthew R. Marunde(EpiCypher (United States)), Matthew J. Meiners(EpiCypher (United States)), Marcus A. Cheek(EpiCypher (United States)), Michael‐Christopher Keogh(EpiCypher (United States)), Eric Bareke(McGill University), Anissa Djedid(McGill University), Ashot S. Harutyunyan(McGill University), Nada Jabado(McGill University Health Centre), Benjamin A. García(University of Pennsylvania), Haitao Li(Center for Life Sciences), C. David Allis(Rockefeller University), Jacek Majewski(McGill Genome Centre), Chao Lü(Columbia University Irving Medical Center)
Nature
September 4, 2019
10.1038/s41586-019-1534-3
Cited by 559Open Access
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