Searching journal content for articles similar to Huvet et al. 17 (9): 000.

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  1. ...of the link between chromatin architecture and gene regulation in disease contexts (Paulsen et al. 2017).Indeed, transcriptional dysregulation has been attributed to alterations in 3D organization in diseases, including cancer (Feng and Pauklin 2020; Osman et al. 2022), yet analysis of multiple cancers shows...
  2. ...Suv39h-catalyzed H3K9me3 is critical for euchromatic organization and the maintenance of gene transcription Christine R. Keenan1,2,4,6, Hannah D. Coughlan1,2,4, Nadia Iannarella1, Andres Tapia del Fierro1,2, Andrew Keniry1,2, Timothy M. Johanson1,2, Wing Fuk Chan1,2,7, Alexandra L. Garnham1...
  3. ...s (Van de Peer et al. 2009; Kondrashov 2012; Wang et al. 2012). Although increased ploidy following WGD incurs fitness costs to an organism, it can confer advantages during times of environmental change and stress, including increased adaptability and robustness of gene regulatory networks (Ebadi et...
  4. ...-translational modifications, play a crucial role in regulating programs integral to a cell's identity, like gene expression and DNA replication. However, the transcriptional, chromatin, and replication timing profiles of adult stem cells in vivo remain poorly understood. Containing germline stem cells (GSCs) and somatic cyst...
  5. ...Untangling the relationship between 3D organization and gene expression remains a key question in regulatory genomics. Although a direct mechanistic link between transcription and 3D organization has been observed (Heinz et al. 2018; van Steensel and Furlong 2019) during cell state transitions (Chen et al. 2024; Pollex et al...
  6. ...primarily employed RNA sequencing(Jin et al. 2025), which, while 63 informative, does not fully elucidate the complex regulatory mechanisms underlying 64 transcriptional programs. Gene expression is regulated by cis-regulatory elements (CREs) in a 65 spatiotemporal manner through precise gene regulatory...
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  7. ...on the pioneer factor FOXA1 (Carroll et al. 2005). Once bound to DNA, ESR1 recruits a large spectrum of coactivators and corepressors in a highly coordinated fashion to regulate transcription (Yi et al. 2015). Because most ERBS are located far from gene promoters, their regulatory effects are mediated...
  8. ...variants occur in the noncoding (Edwards et al. 2013; Buniello et al. 2019) and likely affect gene regulation (Claringbould and Zaugg 2021). One mechanism by which mutations impact transcriptional programs is through the disruption of transcription factor (TF) binding sites within regulatory elements...
  9. ....Cardiac development is driven by the temporal and spatial coordination of gene expression and cell signaling. Disruption of these pathways has been implicated in heart disease across all stages of life (May et al. 2012; Dirkx et al. 2013). Gene regulation is typically coordinated by distal cis-regulatory elements...
  10. ...the same direction of effect (Degner et al. 2012; Currin et al. 2021); the remaining 18% of caQTL–eQTL colocalizations may represent transcriptional silencers. Among nonpromoter caQTLs, caPeaks linked by Hi-C were further from the gene TSS compared with caPeaks linked by eQTLs or coordination with promoter...
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