Searching journal content for articles similar to Fang et al. 29 (8): 1287.

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  1. ...(SNV) data from the Genome Aggregation Database (gnomAD) (Koenig et al. 2024) (Supplemental Table S3). We then used this catalog to investigate the relationship between chromatin state and isoform expression across gene biotypes. We constructed a filtered set of expressed transcripts with well-characterized...
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  2. ...emergent transcripts at the single-cell (or sometimes single-GOI) level (Salataj et al. 2023). Recently, a sophisticated method of quasi-immediate visualization of transcribed genes has been developed in the form of nascent RNA tagging. This method requires the GOI modification (endogenous or exogenously...
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  3. ...a -wide identification of R-loops and identified more than 700,000 R-loop peaks in the maize (Zea mays) . We found that sense R-loops were mainly enriched in promoters and transcription termination sites and relatively less enriched in gene bodies, which is different from the main gene-body localization...
  4. ...with transcriptional regulatory elements carrying active epigenetic modifications. Drug-induced promoter-proximal RNA polymerase II pausing promotes nearby G4 formation. In contrast, G4 stabilization by G4-targeted ligands globally reduces RNA polymerase II occupancy at gene promoters as well as nascent RNA synthesis...
  5. ...of kinetochore attachment sites along chromosomes. We discuss how variation in CENH3 loading can drive elimination during early cell divisions of plant embryogenesis. We review how epigenetic state may influence centromere identity and discuss evolutionary models that seek to explain the paradoxically rapid...
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  6. ...from these samples has largely been limited to nucleotide polymorphisms. Unlike mutations, epigenetic modifications do not alter the underlying DNA sequence, but can be inherited across cell divisions and from parents to offspring and can control gene expression by reshaping cytosine methylation...
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