Searching journal content for articles similar to Andrews et al. 25 (6): 802.

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  1. ...a prioritization of functionally relevant driver genes. Tissue-specific recalibration increases detection of known disease-relevant processes. Altogether, our method provides a novel view on DE and contributes toward bridging the existing gap between statistical and biological significance. We believe...
  2. ...biological functions (Le and Maizel 1997; Cheng et al. 2001). The VAE-GMM k-mer clustering model, by combining deep neural networks with probabilistic clustering and dimensionality reduction techniques, offers a promising framework for decoding high-dimensional RNA sequence structures and uncovering latent...
  3. ...interpretability by providing a hierarchical perspective on the composition and structure of populations, but also adds a new level of explainability to the clustering by disentangling the individual contributions of relevant SNPs. In addition, tangleGen is deterministic and identifies the number of related...
  4. ...algorithms, namely, hypergraph partitioning algorithm (HGPA), metaclustering algorithm (MCLA), and cluster-based similarity partitioning algorithm (CSPA). In detail, HGPA uses the weight of cutting hyperedges as the objective function to assess the partitioning quality of the hypergraph. MCLA first...
  5. ...investigated the functions of upregulated genes from the inter to high stage using Gene Ontology (GO) analysis (Fig. 3C). For each cell type, we identified the DEGs contributing to the enriched GO terms (Fig. 3D). Our results revealed that upregulated genes in excitatory and inhibitory neurons were...
  6. ...simultaneously (Marx 2021). They have greatly accelerated biological and biomedical researches (Asp et al. 2020), allowing for the characterization of transcriptional patterns and regulation in tissues, as well as the identification of tissue neighborhoods and local features that contribute to diseases...
  7. ..., we performed clustering 187 analysis of DEGs, identifying distinct groups with varied functions. In oligodendrocytes, for 188 example, we identified four DEG groups: early-upregulated, late-upregulated, early-189 downregulated, and late-downregulated (Fig. 2F,G). Some genes, such as Cldn11, showed...
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  8. ...with findings reported in previous studies in many cases, but SiPSiC also reveals the differential activity of novel pathways, enabling us to suggest new mechanisms underlying the pathophysiology of these diseases and demonstrating SiPSiC's high accuracy and sensitivity in detecting biological function...
  9. ...helicases function together in cells and on how they are regulated will yield valuable information on how their mutations contribute to various diseases.The dual role of R-loops in DNA damage induction and repair mechanismsAlthough R-loops have been implicated in instability through their ability to cause...
  10. ...-precision gene expression analysis techniques across different brain regions can deepen our understanding of how genes regulate brain development and disease processes on structural and functional levels.To assess the impact of the microenvironmental deconstruction module on spatial domain identification...
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