Searching journal content for articles similar to Das et al. 33 (4): 479.

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  1. ...within accessible chromatin, and recently described methods have combined assays that capture these regions—such as assay for transposase-accessible chromatin using sequencing (ATAC-seq)—with self-transcribing active regulatory region sequencing (STARR-seq) to selectively assay the regulatory potential...
  2. ...at the 3′ untranslated region (UTR). Different locations of tags and CREs have also been explored. Self-transcribing active regulatory region sequencing (STARR-seq) (Arnold et al. 2013) places CREs downstream from the reporter's transcript start site and uses the transcribed CREs as “tags.” More recently...
  3. ...; Supplemental Table S3). The main difference in STARR-seq is that the tested regions are inserted at the 3′ of the transcription start site, causing the enhancers to transcribe themselves rather than relying on barcodes. STARR-seq yields reproducible expression values for 975 peaks, of which 242 peaks are TP53...
  4. ...with different subsets of ENCODE annotations. The results of chromosomally based reporter assays are also more reproducible and more strongly predictable by both ENCODE annotations and sequence-based models. With a linear model that combines chromatin annotations and sequence information, we achieve a Pearson...
  5. ...-CREs in Atlantic salmon, we carried out massive parallel reporter assays (MPRAs), specifically an ATAC-STARR-seq experiment, in salmon primary liver cells (Fig. 6A). This method assesses the ability of random DNA fragments from accessible chromatin to modulate transcription levels (Wang et al. 2018). In total, 4...
  6. ...parallel reporter assay to inspect the effect of over 12,000 rationally designed polyadenylation sequences (PASs) on reporter gene expression and cleavage efficiency. We find that the PAS sequence can modulate gene expression by over five orders of magnitude. By using a uniquely designed scanning...
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