Searching journal content for articles similar to Li et al. 29 (4): 543.

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  1. ...Methods 7: 461–472. doi:10.1038/nmeth.1459 ↵Galeone V, Dabernig-Heinz J, Lohde M, Brandt C, Kohler C, Wagner GE, Hölzer M. 2025. Decoding bacterial methylomes in four public health-relevant microbial species: nanopore sequencing enables reproducible analysis of DNA modifications. BMC Genomics 26: 394. doi...
  2. ...to the transcription machinery. As a result, transcription levels can undergo repression leading to a silencing effect of the associated gene. The dominant form of DNA methylation in terminally differentiated human cells occurs proximal to a guanosine residue, and the resulting loci are often referred to as CpG sites...
  3. ....oakey@kcl.ac.ukAbstractHydroxycarbamide (HC, hydroxyurea) is a cytoreductive drug inducing cell cycle blockade. However, emerging evidence suggests that HC plays a role in the modulation of transcription through the activity of transcription factors and DNA methylation. Examining the global mechanism of action of HC in the context...
  4. ...is achieved with increased cytosine DNA methylation of the promoters of duplicated genes to suppress transcriptional initiation. However, not all animal species possess a full apparatus for cytosine DNA methylation. For such species, such as the roundworm (Caenorhabditis elegans, “worm” hereafter) or fruit...
  5. ...significantly enriched in genes with sequence-specific DNA-binding transcription factor activity (GO:3700; P < 10#2;12), particularly those with a homeobox domain (Pfam, P < 10#2;6). They were also enriched in genes with promoter regions, which comprise motives for binding of POU2F1 (P = 1.1 3 10#2;4), growth...
  6. ...) contributing 3.9 Mb of the size difference. Conversely, Young Ty1 LTRs that were preferentially removed in temperate s contributed 4.9 Mb or 14.1% to TE-content difference (Fig. 4F), with the ji_AC215728_13156 family contributing 2.9 Mb of this size difference. Notably, the xilon_diguus family is found in DNA...
  7. ...coexist with other forms of DNA modifications. These differences between bacterial and eukaryotic methylomes call for critical attention in the interpretation of putative m6dA calls based on SMRT sequencing to avoid misinterpretation of false-positive events. The methods and the overall framework we...
  8. ...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...
  9. ...methylomes, and transcriptomes in the parents and RILs. This also enabled us to understand how DNA methylation patterns are established, inherited, andmaintained as they segregate through a complex genetic population. The vast majority of identified DMRs cosegregated with the genetic background from which...
  10. ...adaptations to exercise, are controlled through the interaction of proximal and distal regulatory domains on DNA that interact in 3D space (Schoenfelder and Fraser 2019). Gene regulatory circuits, comprising chromatin regulatory domains, transcription factors (TFs), and their target genes, represent...
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