Searching journal content for articles similar to Belcour et al. 33 (6): 972.

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  1. ...and reverse strands in each genomic bin and observed highly biased distributions when comparing the relative enrichment between the two strands across the (Fig. 6A–C; Supplemental Fig. 11). These biases reflect a preference for G4s in the leading strand and a dearth in the lagging strand. At individual phyla...
  2. ...understood. Here, we use comparative genomics, expression across multiple ontogenetic stages and tissues, as well as polymorphism data to investigate MHC evolution in newts. Contrary to earlier suggestions of a massively expanded MHC in salamanders, we find that the core MHC region remains relatively compact...
  3. ...directly from ONT sequencing reads. It is highly versatile, as it can be applied to any S. cerevisiae sequencing data set without any particular telomere enrichment step, enabling the investigation of TL distribution diversity across numerous strains.TL distributions are highly diverse across S. cerevisiae...
  4. ...GENE (CZI Cell Science Program et al. 2025), and the Human Cell Atlas (Regev et al. 2017). Similarly, integrating spatial transcriptomics (ST) data sets, which contain both spatial coordinates and gene expression, enables comparative analysis across samples, technologies, and conditions, revealing cellular...
  5. ..., with an example plot of each showing the regulatory activity (normalized DNA and RNA counts) and ASE (the ratio of reference allele to total counts, i.e., allelic imbalance) present in each replicate. (C) Fisher's exact test for enrichment in ChromHMM genomic annotations comparing ASE sites (combined across...
  6. ...various scenarios to show the capability of identifying condition-specific cell subpopulations across multiple heterogeneous data sets.ResultsscInt uniformly learns the contrastive biological variation for data integrationscInt aims to integrate multiple scRNA-seq data sets that may be generated from...
  7. ...contribute to genomic diversification driven by the acquisition of adaptive elements across species.An intriguing possibility for the acquisition of novel, genetically adapted elements is the transfer of organelle DNA (Popadin et al. 2022; Butenko et al. 2024). In many eukaryotic species, organelles...
  8. ...-Relate on the UK Biobank and All of Us data sets. On a data set of 200,000 individuals split between two parties, SF-Relate detects 97% of third-degree or closer relatives within 15 h of runtime. Our work enables secure identification of relatives across large-scale genomic data sets.Collaborative studies that aim...
  9. ...copies mapped on the 10 T. freemani chromosomes, fLG2-fLGX, in the Tfree1.0 assembly. The number of annotated copies is color-coded according to the color scale. (C) UpSet plot showing the number of the T. freemani satDNAs with annotated genes, transposable elements (TEs), and/or satDNAs within 10-kb...
  10. ...) to construct a latent gene expression matrix from the views obtained by the two SRT technologies. We demonstrate the effectiveness of SIID on both simulated and two paired Xenium-Visium data sets by evaluating the imputed gene expression and the inferred cell type mixtures. On paired 10x Genomics Xenium...
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