Searching journal content for articles similar to Chavez et al. 20 (10): 1441.

Displaying results 1-10 of 24
For checked items
  1. ...compared their DNA binding properties when ectopically expressed in embryonic stem cells (Fig. 1C). Although the genomic binding pattern of this subset of bHLH factors has previously been compared in their respective lineages, their DNA binding behavior in a single, common cell type mitigates the influence...
  2. ...with spatial organization of chromatin in the nucleus; early and late RDs reside in distinct nuclear compartments (Nakamura et al. 1986; Nakayasu 1989; O'Keefe et al. 1992), and cytogenetic visualization of pulse-labeled DNA synthesis reveals distinct punctate replication foci whose structure remains stable...
  3. ...analyses reveal a highly significant association between 285 endoderm HCNEs and genes encoding DNA-binding and gene regulatory proteins, including 286 HMG domain-containing and chromatin binding factors. Notably, however, the endoderm 287 HCNEs appear to show a greater enrichment of such genes compared...
    ACCEPTED MANUSCRIPT
  4. ...of DNA Elements Project) annotations for this domain as viewed in the UCSC Genome Browser reveal CTCF transcription factor binding, Figure 2. Lymphoid cell fraction in TGCT samples. (A) Genome-wide methylation β-density distribution in TGCT subtypes, without and after correction for lymphoid infiltrates...
  5. ...-specific DMRs across four tissue types We applied M&M to understand how DNA methylation underlies identity at three levels: tissue types, different cell types within tissues, and matched cell types from different individuals. We generated 19 methylomes from embryonic stem cells, adult blood cells, adult breast...
  6. ...CRF accuracy is robust when applied to a second sample Having demonstrated that methylCRF can accurately predict differential DNA methylation of CpGs independent of the characteristic methylation status of their genomic feature, we tested whether ourmodel, trained on data fromH1 embryonic stem cells, would...
  7. ...-renewal and pluripotency, little is know about TF networks that regulate self-renewal in TS cells. To further understand transcriptional networks in TS cells, we used chromatin immunoprecipitation with DNA microarray hybridization (ChIP-chip) analysis to investigate targets of the TFs—TCFAP2C, EOMES, ETS2, and GATA3—and...
  8. ...details on the coordinated timing of replication by detecting twofold increases in DNA copy number, or heavy isotope incorporation into newly synthesized DNA (for review, see Schwob 2004 ; MacAlpine and Bell 2005 ; ENCODE Consortium, in prep.). Along with newly emerging techniques, a few historically...
  9. ...on enhancers and promoters, and that there was a substantial reduction of NIPBL binding in the CdLS patient samples. Genome-wide DNA methylation analysis identified 123 differential methylation positions in the CdLS fibroblasts, suggesting that the NIPBL variant can impact DNA methylation and chromatin looping...
    OPEN ACCESS ARTICLE
  10. ...DMRs and an associated correlation in gene expression, including polar lineage markers TEAD3, KRT23, and IL1R1 (Supplemental Fig. S7; Supplemental Table S4; Petropoulos et al. 2016). The role of DNA methylation in mural–polar establishment would be of interest to further explore as studies examining...
For checked items

Preprint Server