Searching journal content for articles similar to Cheng et al. 22 (9): 1658.

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  1. ...into how changes at the genomic level manifest in the organization of chromatin structure and the orchestration of transcriptional activity. Moreover, integrating our results with existing large-scale data sets encompassing transcriptomic, metabolomic, proteomic, and epigenomic information in the future...
  2. ...integrative summary of such data sets. Here, we present the ENCODE4 Catalog of Segway Annotations, a set of sample-specific -wide chromatin state annotations of 234 human biosamples inferred from 1,794 genomics experiments. This catalog identifies genomic elements, accurately captures cell type...
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  3. ...integrated analyses of single-cell RNA-seq data from multiple human tissues and organs. Single-cell epigenomic data further indicate that the expression is likely driven by an alternative promoter at the end of the first exon, resulting in at least one shorter transcript (referred to as sXIST) that is active...
  4. ...function and links to practical research tools – Tools oriented specifically toward gene regulation, which allow reliable data mining, such as the excellent Gene Transcription Regulation Database (Kolmykov et al. 2021), the main advantage of which is seamless integration of ChIP-seq, ChIP-exo, DNase...
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  5. ...Haiyue Liu and Lea H. Gregersen Center for Gene Expression, Department of Cellular and Molecular Medicine, University of Copenhagen, 2200 Copenhagen, Denmark Corresponding author: leag@sund.ku.dkAbstractTranscription is regulated at multiple levels, including initiation, elongation, and termination...
  6. ...decreased variability (negative drift). Integration with single-cell RNA-seq data demonstrates that positive drift-CpGs are associated with increased transcriptional variability and upregulation in specific cell types, whereas negative drift-CpGs exhibit the opposite effect. We develop epigenetic drift...
  7. ...) that innervate skeletal muscles. However, certain MN groups including ocular MNs, are relatively resilient. To reveal key drivers of resilience versus vulnerability in ALS, we investigate the transcriptional dynamics of four distinct MN populations in SOD1G93A ALS mice using LCM-seq and single...
  8. ...@pennmedicine.upenn.eduAbstractAutism spectrum disorder (ASD) is a highly heterogenous neurodevelopmental disorder with numerous genetic risk factors. Notably, a disproportionate number of risk genes encode transcription regulators including transcription factors and proteins that regulate chromatin. Here, we test the function of nine such ASD...
  9. ...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...
  10. ...that Dex on its own has only a limited transcriptional response at the single VCaP cell level. Integration of single cells from all four treatment groups resulted in 16 subpopulations of cells (SP0–SP15) (Fig. 4B). Single cells derived from EtOH- and Dex-treated samples were in SP2, SP3, SP5, SP6, SP7, SP9...
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