Searching journal content for articles similar to Mortazavi et al. 16 (10): 1208.

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  1. .... We demonstrate that variations within the DNA sequence motifs that bind the transcriptional repressor REST (NRSF) encode in vivo DNA binding affinity hierarchies that contribute to regulatory function during lineage-specific and developmental programs in fundamental ways. First, canonical sequence...
  2. ...online through the Genome Research Open Access option. 2136 Genome Research www..org 23:2136–2148 Published by Cold Spring Harbor Laboratory Press; ISSN 1088-9051/13; www..org Models (HMMs) or Dynamic Bayesian Networks (e.g., Ernst and Kellis 2010; Hoffman et al. 2012). The resulting machine...
  3. ..., with value » 0.85 (Fig. 5; see also Supplemental Figs. S5, S6). Cooperative interaction predictions for the human TFs CTCF, REST, andGABPA are shown in Supplemental Figures S12 and S14. High-throughput application and orphan regions Our method was designed with a level of computational efficiency that makes...
  4. ..., shown as a periodic oscillatory pattern in the average nucleosome occupancy profile centered on CTCF binding sites (Fu et al. 2008). Another study showed thatNRSF (also called REST) binding sites are flanked by positioned nucleosomes in CD4+ T cells, CD8+ T cells, and granulocytes (Valouev...
  5. ...suggest that ungapped sequence comparisons can predict regulatory elements genome-wide. Footnotes ↵ 3 Corresponding authors. ↵ 3 E-mail woldb@caltech.edu ; fax (626) 395-5750. ↵ 3 E-mail pws@caltech.edu ; fax (626) 568-8012. [Supplemental material is available online...
  6. ...expression by altering pre-mRNA splicing (Lin et al. 2008) or regulatory networks (Jacques et al. 2013; Chuong et al. 2016). For example, lineage-specific transposons can carry binding sites for regulators including the repressor NRSF/REST (Mortazavi et al. 2006; Johnson et al. 2007) and CTCF (Bourque et al...
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