Searching journal content for articles similar to Makova and Li 13 (7): 1638.

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  1. ...and Campbell 2024) and may also provide a buffer for the continuous accumulation of deleterious mutations in essential genes (López et al. 2020). Conceivably, tumor WGD and gene duplication events may also broaden the cellular evolutionary potential of cancer cells, permitting divergence in duplicated genes...
  2. ...-existing Chromoviridae-related Gypsy clades independently expanded in different truffle lineages, leading to increased size and high gene-family turnover rates, but without resulting in highly rearranged s. Additionally, we uncover a significant enrichment of ECM-induced gene families stemming from ancestral duplication...
  3. ...–specific level, revealing a subset of genes that increasingly express with age and are enriched in PD-related pathways, notably in oligodendrocytes at late aging stages. Integration with five public PD single-cell RNA-seq data sets highlights 85 genes consistently differentially expressed with aging and PD. Key...
  4. ....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...
  5. ...) (Supplemental Table S2). We employed a careful read mapping and expression level estimation procedure that takes into account divergence levels of duplicate gene copies and proportions of uniquely mapped reads to infer reliable expression profiles of paralogs (Supplemental Methods). Our procedure effectively...
  6. ...-to-many. In such cases, determining which one-to-one pair is more likely to have conserved functions can be challenging. It has been proposed that, following gene duplication, the copy that diverges more slowly in sequence is more likely to maintain the ancestral function—referred to here as “the least diverged ortholog...
  7. ...to the diagonal line indicate colinearity between the two assemblies. (B) Gene completeness assessment based on BUSCO analysis of Tcas5.2 and TcasONT assemblies using insect universal orthologs. The analysis was expressed as absolute numbers for complete and single-copy, complete and duplicated, fragmented...
  8. ...methylation across strains primarily occurs in enhancers157 that fine-tune gene expression levels rather than in promoters which might result in genes being158 turned on or off.159 Spatial distribution of epigenetic modifications around gene bodies160 In addition to looking for enrichment of chromatin states...
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  9. ...in eight brain regions of humans, chimpanzees, gorillas, a gibbon, and macaques. An analysis of spatial transcriptome trajectories across eight brain regions in four primate species revealed 1851 genes showing human-specific transcriptome differences in one or multiple brain regions, in contrast to 240...
  10. ...data suggested that genes associated to the same histone modification interact with each other to form contact domains and fold the locally to allow the spatial segregation of transcriptionally active and silent chromatin (Fig. 1E).View larger version: In this window In a new window Figure 1...
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