Searching journal content for articles similar to Liu et al. 14 (3): 451.

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  1. ...for downstream TFBS analysis, allowing the 142 identification of key regulatory motifs involved in the antiviral response. 143 To further characterise the genomic distribution of ATAC-seq and H3K27ac peaks, we 144 annotated consensus peaks relative to gene features and transcription start sites (TSS). The 145...
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  2. ...-resolved assemblies have become the norm in eukaryotic genomics with advances in long-read sequencing technologies. Complete assemblies are fundamental for addressing key questions in biology that were previously hidden in the “dark matter” of s. Key breakthroughs have revolved around centromeres and the embedded...
  3. ...Modern Agriculture, Key Laboratory of Livestock and Poultry Multi-omics of MARA, Agricultural Genomics Institute at Shenzhen, Chinese Academy of Agricultural Sciences, Shenzhen 518124, China; 2State Key Laboratory for Conservation and Utilization of Subtropical Agro-bioresources, Guangxi Key Laboratory...
  4. ...progenitors and precursors temporarily rewire their transcriptome, up- and downregulating hundreds of genes to accelerate the production of mature RBCs. Effective regeneration requires communication between critical cytokine signals (e.g., BMP4) and cis-regulatory elements on chromatin which coordinate...
  5. ...genomics and phylogeny analyses identified regions of organismal s that show patterns of accelerated evolution (Ferris et al. 2018; Foley et al. 2023). The usage of mutation rate patterns, species sequence alignments, and the identification of highly conserved regions can provide insights into phenotypic...
  6. ...the gene regulatory network of the cancer .One of the most important and well-studied guardians of genomic integrity, TP53 (protein product of TP53, also known as p53), leverages regulatory opportunities provided by TEs for its function. One group of TE families, human endogenous retroviruses (ERVs...
  7. ...representation of eukaryotic translation complexity and focuses on locations critical for translation regulation. We show how RDGs can be used for depicting translated regions and for analyzing genetic variation and quantitative -wide data on translation for characterization of regulatory modulators...
  8. ...of genomics, conservation, and evolution (O'Brien 2003; Losos 2023). We have learned through comparative genomics that the chromosomes of humans and cats are far more conserved in gene content and gene order than similar comparisons of humans to the premier mammalian genetic model, the mouse, or nearly any...
  9. ...pressures on TEs with distinct regulatory roles.Genome evolution through TE activity is also likely influenced by WGDs. Because WGDs result in cellular stress, TEs can escape host-silencing mechanisms following WGDs. This is supported by both experimental (Kashkush et al. 2002, 2003; Kraitshtein et al. 2010...
  10. ...2016; Norton et al. 2018; Chang et al. 2020). Taken together, precise and robust identification of TADs, hierarchical TADs, and partially overlapping TADs using Hi-C data are essential for a deeper understanding of 3D-folding mechanisms and their epigenetic and gene regulatory functions.In recent years...
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