Searching journal content for articles similar to Davies et al. 19 (3): 415.

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  1. ...duplication events as a way of enhancing tumor adaptability. In addition, it is possible that some FIEs (including those in known cancer genes) result in neofunctional changes. Here, neofunctionalization refers to the emergence of a tumor-beneficial protein function that is distinct from the wild...
  2. ...the whole kidney transcriptome down to the coding sequences and expression level of individual genes. Transcriptome-level signatures reflect convergent changes in cell proportions, suggesting convergent structural adaptations of the kidney. A large proportion of genes shows convergent substitutions...
  3. ...Ancestral aneuploidy and stable chromosomal duplication resulting in differential structure and gene expression control in trypanosomatid parasites João L. Reis-Cunha1,5, Samuel A. Pimenta-Carvalho2,5, Laila V. Almeida2, Anderson Coqueiro-dos-Santos2, Catarina A. Marques3, Jennifer A. Black3...
  4. ...insertions that influence gene regulation. In line with this, Gillard et al. (2021) recently reported that TE insertions in promoters were associated with regulatory divergence of gene duplicates following WGD in salmonid fish. However, systematic investigations into the role of TEs in CRE evolution...
  5. ...-associated bubble upstream of the KIT gene. (A) Bandage plots showing the paths traversed for the three observed alleles (two for white-headed breeds and one for color-headed) through the pan. Unless stated otherwise, n = 1 for the breed. The gray arrow paths indicate the segmental duplication regions, whereas...
  6. ...a more accurate integrated view of the complex relationships between RT and gene regulation. [Supplemental material is available for this article.] Human cells duplicate their by the firing of thousands of origins that are activated in clusters following a precise temporal order (Rivera-Mulia and Gilbert...
  7. ...of the score depends on how well the selected genes reflect the underlying biological process, regardless of the performance of the scoring method itself.Numerous techniques for gene signature scoring in bulk RNA-seq and scRNA-seq have been developed lately. Recent studies, however, showed that methods created...
  8. ...into the regulatory mechanisms underlying aging and PD. Previous studies on midbrain aging primarily employed RNA sequencing (Jin et al. 2025), which, although informative, does not fully elucidate the complex regulatory mechanisms underlying transcriptional programs. Gene expression is regulated by cis...
  9. ...of fetal gene programs. Reactivation of these fetal programs has compensatory effects during heart failure, depending on the type and stage of the underlying cardiomyopathy. Thousands of putative cardiac gene regulatory elements have been identified that may control these programs, but their functions...
  10. ...genes are colored orange (ShxA), red (ShxB), green (ShxC), and blue (ShxD) in this figure and throughout the paper. (B) Genomic location of Hox genes in A. gamma with corresponding exon structures and genomic distances annotated below. Silhouette images of B. terrestris, T. castaneum, and D...
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