Searching journal content for articles similar to Hari Sundar G et al. 33 (5): 715.

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  1. ...melanogaster (Gilmour and Lis 1986; Rougvie and Lis 1988; Muse et al. 2007; Nechaev et al. 2010), and are also shown to be widespread in mammals (Kwak et al. 2013; Williams et al. 2015), most metazoans, and some plants are but absent in yeast and Arabidopsis thaliana (Chivu et al. 2023). Bacteria do exhibit...
  2. ...Corresponding authors: kitao.z7deb13@gmail.com, so@tokai.ac.jpAbstractTransposons, occasionally domesticated as novel host protein-coding genes, are responsible for the lineage-specific functions in vertebrates. LINE-1 (L1) is one of the most active transposons in the vertebrate s. Despite its abundance, few...
  3. ...correlation between RNAPII elongation rates and nascent RNA levels, suggesting that elongation speed can affect transcriptional activity. This agrees with previous observations both in human cell lines (Danko et al. 2013; Jonkers et al. 2014) and in plants (Leng et al. 2020). The application of multiple time...
  4. ...that LADs unique to our MEFs have slightly lower levels of lamin B1 association than shared LADs and may be slightly more variable across the cell population (Supplemental Fig. S1D).LAD borders show enrichment of multiple histone modificationsTo determine the structure of chromatin across LADs, we used CUT...
  5. ...with metabolically labeled transcriptomic data (Cucinotta et al. 2021), provides strong evidence for active transcription of 3% of protein-coding genes (class I), thus showing that Q cells are not transcriptionally inert. The sensitivity of 4tU-labeled transcript detection and RNAPII ChIP might cause...
  6. ...identified, clustered upstream of TGFBI. Transcription was observed to overlap enhancer-associated chromatin marks. As was observed for FOS, comparison of expression dynamics revealed that lncRNA expression mirrored the activation of the adjacent protein-coding gene (Fig. 5E).As a third example, we examined...
  7. ...methylation is catalyzed by histone methyltransferases (HMTs), which typically contain a conserved SET domain that mediates lysine methylation. Evolutionary studies in plants and animals reveal considerable SET domain protein functional diversity, specializing in development and stress responses (Zhang and Ma...
  8. ...to analyze the transcriptome, histone modification patterns, and replication timing of germline stem cell (GSC)–like and somatic cyst stem cell (CySC)–like cells. Single-cell RNA sequencing validates previous findings on GSC–CySC intercellular communication and reveals a high expression of chromatin...
  9. ...is required to maintain pluripotency by regulating the PSN enhancer network via the recruitment of RNA polymerase II.Acetylation of lysine residues in histone tails is an essential post-translational modification (PTM), dynamically regulated by the opposing actions of histone acetyltransferases (HATs...
  10. ...comparison across tools, we observe the same EP-associated histone-tail modifications, showing cleaner peaks at 5 kb than at 10 kb (Supplemental Fig. 4C), whereas in our other experiments, Quagga is sensitive to a sequencing depth of as low as 125 million read pairs (Supplemental Fig. 3B).Quagga is effective...
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