Searching journal content for articles similar to Boukas et al. 29 (4): 532.

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  1. ...spiking and bursting patterns. This suggests that specific neuronal gene sets are particularly sensitive to multiple types of epigenetic manipulations and that disruption of these genes causes robust functional changes in neuronal firing.Both the analyses overlapping individual depletion DEGs...
  2. ...–increased expression or decreased accessibility–decreased expression. (F) The enrichment (odds ratio) of the top-ranked genes (based on promoter differential accessibility) in the group of genes with CpG island promoters or in highly coexpressed epigenetic machinery genes. The enrichment is calculated by comparing...
  3. ...-neuronal cells, and neurons show a unique DNA methylation pattern that cannot be assessed using bulk cortex. We also found that the epigenetic signature in theprefrontal cortex appeared to be highly conserved between two species (Fig. 3C), although there were some exceptions (Supplemental Fig. 2B; Supplemental...
  4. ...1995; Geschwind and Levitt 2007; Fatemi and Folsom 2009). Understanding the epigenomic changes occurring during fetal brain development could therefore provide useful insight about the molecular etiology of these conditions, especially given recent evidence for disease-associated epigenetic dysfunction...
  5. ...ubiquitous gDMRs/ICRs throughout mouse development. In addition to these, so-called transient gDMRs can also resist preimplantation reprogramming but lose their allele-specific methylation either upon implantation or, more rarely, in a tissue-specific manner.In mammals, epigenetic patterns undergo...
  6. ...TBI) is the most common type of traumatic brain injury (Silverberg et al. 2020). A single mTBI can trigger pathophysiological changes in the brain, resulting in acute neurological dysfunction and a range of subsequent postacute or chronic sequelae (Mychasiuk et al. 2014; Collins-Praino et al. 2018). Nevertheless...
  7. ...Michael C. Vermeulen1, Richard Pearse2, Tracy Young-Pearse2 and Sara Mostafavi1,3 1Center for Molecular Medicine and Therapeutics, University of British Columbia, Vancouver, British Columbia V5Z 4H4, Canada; 2Department of Neurology, Harvard Medical School, Boston, Massachusetts 02115, USA; 3Paul G...
  8. ...energy demand cell types typically possessing higher levels of mtDNA-CN (Chabi et al. 2003; Miller et al. 2003; Clay Montier et al. 2009; Kelly et al. 2012). Due to the importance of mitochondria in metabolism and energy production, mitochondrial dysfunction plays a role in the etiology of many human...
  9. ...screen would be beneficial and representative for other diseases. RTT is a nearly monogenic disorder with >95% of patients carrying mutations in methyl-CpG-binding protein 2 (MECP2), a gene not present in invertebrates. MECP2 is central to neurological function and is associated with other diseases...
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