Searching journal content for articles similar to Hurle et al. 17 (3): 276.

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  1. ...typical divergence thresholds used to define species, strain, and lineage boundaries. (Right) Recall when requiring exact matches of the middle base, with inset showing recall over the within-lineage range.SKA1 has the option, through ska merge, to invert the keys and values in the merged dictionary...
  2. ...cell-types, reveals lineage and stage-specific 17 IPA signatures, with lymphoid cells exhibiting higher IPA site usage than myeloid cells. Temporal 18 profiling during megakaryocyte differentiation uncovers dynamic, gene-specific IPA regulation 19 linked to functional pathways including peroxisomal...
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  3. ...-kB in three mammalian lineages. Our comparative analyses of RELA binding, together with epigenetic and transcriptional profiles, revealed conserved and lineage-specific TE subfamilies that are likely to participate in mammalian NF-kB regulatory networks. Given the active enhancer features and proximity...
  4. ...analyses. Overall, our JS divergence approach provides a single, biologically agnostic measure for effectively quantifying differences in COPs.Nucleosome and TF changes can be simultaneously quantified from COPsAfter using JS divergence to summarize chromatin differences in a biologically agnostic way, we...
  5. .... (E) Mapping quality (MAPQ) distributions of Hi-C reads whose paired mates contained rDNA subtype-specific or non-subtype-specific 31-mers, categorized by the nuclear haplotype they mapped against.Detailed analyses of sequencing reads revealed two major rDNA subtypes (1 and 2) supported by substantial...
  6. ..., or nonprioritized—among multiple traits based on their regularized effects. Clustering applied to our neural network shrinkage results also produces consistently higher precision and recall for distinguishing gene-level associations in simulations. We demonstrate the application of ML-MAGES on association analyses...
  7. ...Analyses of 600+ insect s reveal repetitive element dynamics and highlight biodiversity-scale repeat annotation challenges John S. Sproul1,2,3,12, Scott Hotaling4,5,12, Jacqueline Heckenhauer6,7,12, Ashlyn Powell8, Dez Marshall2, Amanda M. Larracuente3, Joanna L. Kelley4,9, Steffen U. Pauls6...
  8. ...(Marques et al. 2005; Shi and Su 2012; Zhang and Long 2014). Brain transcriptomic analysis has revealed that upregulated genes early in human development are enriched with primate-specific genes, particularly within the human-specific prefrontal cortex (Zhang et al. 2011). The recruitment of new genes...
  9. ...-read, short-read, and Hi-C DNA sequencing, alongside gene annotation and RNA sequencing. Comparative genomic analyses reveal significant variation in gene content and structure across Blastocystis. Notably, three strains from herbivorous tortoises, phylogenetically distant from human subtypes, have markedly...
  10. ...of these analyses yielded the same trend observed -wide using sequence divergence from consensus sequences: The Ty1/copia LTR retrotransposons (n = 135) overlapping piCs are significantly younger than nonoverlapping ones, whereas Tc1/mariner (n = 89) DNA transposons show no such bias (Fig. 4E).To examine whether...
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