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Transcription Factors Drive Tet2-Mediated Enhancer Demethylation to Reprogram Cell Fate
Cell Stem Cell ( IF 19.8 ) Pub Date : 2018-12-06 , DOI: 10.1016/j.stem.2018.11.001
Jose Luis Sardina , Samuel Collombet , Tian V. Tian , Antonio Gómez , Bruno Di Stefano , Clara Berenguer , Justin Brumbaugh , Ralph Stadhouders , Carolina Segura-Morales , Marta Gut , Ivo G. Gut , Simon Heath , Sergi Aranda , Luciano Di Croce , Konrad Hochedlinger , Denis Thieffry , Thomas Graf

(Cell Stem Cell23, 727–741.e1–e9, November 1, 2018) In the initial online and print versions of our manuscript, we mistakenly mislabeled the heatmaps in Figure 6B. The original and corrected versions of Figure 6B appear below, and the online version of our manuscript now contains the correct labeling. We apologize for the confusion.Figure 6B5hmC-Mediated Early Demethylation of Regulatory Regions of Pluripotency Genes during Accelerated Reprogramming Systems (original)View Large ImageFigure ViewerDownload Hi-res imageDownload (PPT)

中文翻译:

转录因子驱动Tet2介导的增强子去甲基化以重新编程细胞命运。

(Cell Stem Cell23,727–741.e1-e9,2018年11月1日)在手稿的初始在线版本和印刷版本中,我们错误地在图6B中误贴了热图。图6B的原始版本和经过更正的版本如下所示,并且手稿的在线版本现在包含正确的标签。图6B5hmC介导的加速重编程系统期间多能性基因调控区域的早期去甲基化(原文)
更新日期:2018-12-07
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