Searching journal content for articles similar to Trinklein et al. 13 (2): 308.

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  1. ...in the opposite direction when one of the partners was annotated as an antisense transcript (Fig. 3C). Mammalian promoters can be broadly classified into CpG island (CGI) and non-CGI promoters involving different gene regulatory mechanisms. We classified host, nested, and all gene promoters for their association...
  2. ...−64). A transcription factor binding motif enrichment analysis showed that negative drift-CpGs significantly enriched at AHR-ARNT, CREB3L4, HES1, and GMEB2 (Supplemental Fig. S3).View larger version: In this window In a new window Figure 2. Epi-wide identification and annotation of drift- and clock-CpGs. (A) Manhattan...
  3. ...transcriptional changes identified in resilient neurons, it appears conceivable that part of their resilience is encoded in their baseline gene expression.Identification of an innate resilience code of CN3/4 MNs and its partial induction in vulnerable MNs with SOD1-ALSThe combination of few gene regulation...
  4. ...chromatin (Supplemental Fig. S4A).Promoter-bound RNAPII bears signs of canonical transcriptionAll epitopes of the RNAPII complex that we targeted using ChIP-qPCR follow the same trend of enrichment at promoters (Fig. 4B; Supplemental Fig. S4C), thereby indicating presence of the whole catalytic RNAPII...
  5. ...Androgen receptor–mediated assisted loading of the glucocorticoid receptor modulates transcriptional responses in prostate cancer cells Johannes Hiltunen1,3, Laura Helminen1,3, Niina Aaltonen1,3, Kaisa-Mari Launonen1, Hanna Laakso1, Marjo Malinen2, Einari A. Niskanen1, Jorma J. Palvimo1 and Ville...
  6. ...of human quasi-primes in the following genomic subcompartments: genic, intronic, coding, and 5′ and 3′ UTRs, as well as 2500 bp upstream of the transcription start site (TSS). We found that the highest frequency of human quasi-primes is observed at 5′ UTR and promoter regions (Fig. 4A). We performed...
  7. ...RNA-seq) can be compromised by factors such as RNA degradation, biases introduced during library preparation, sequencing errors, and inaccurate bioinformatic processing during mapping, transcript assembly, and quantification, which may lead to the incorrect identification of transcript models, i...
  8. ...structures, hierarchical TADs play important roles in epigenetic organization, transcriptional activity, gene regulation, and cell differentiation. Currently, it remains a highly challenging task to accurately identify hierarchical TADs in a computational manner. The key bottleneck for existing TAD callers...
  9. ...short-read RNA-seq as a modularized software that contains chimeric read extraction, fusion transcripts identification, expression quantification, gene fusion annotation, and interactive visualization. To benchmark existing tools, we collected or generated comprehensive simulation data sets to reflect...
  10. ...of upregulated and downregulated genes over DMRs regardless of their genomic location, possibly ascribable to primary cell heterogeneity or the small sample size (Supplemental Fig. S19B; Supplemental Data S8).Identification of a shared transcriptional signature in Y and X Chromosome aneuploidiesGiven JS and KS...
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