Searching journal content for articles similar to Raychaudhuri et al. 12 (10): 1582.

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  1. ...and gene paralogs were grouped when they shared protein domains predicted to have equivalent functions because they belong to the same functional family in the CATH database (Sillitoe et al. 2015; Das et al. 2015b). These mutations can be mapped to a single 3D structural representative. Known functional...
  2. ...the ability of random proteins to confer beneficial phenotypes but allow direct tests of hypotheses about the transition to functionality during de novo gene birth. For example, the functional peptides identified by Knopp et al. (2019) were all membrane-associated, which coheres to the “transmembrane...
  3. ...network approaches have been proposed to characterize gene interactions and dissect the regulatory relationships underlying tumorigenic pathways (Creixell et al. 2015). Gene coexpression networks are a mathematical model that assumes functionally related genes are coregulated as a cellular system and can...
  4. ...analysis of multiple differentiating human induced pluripotent stem cell (iPSC) lines yields biologically coherent gene groups that are associated with iPSC differentiation efficiency. Application with population-scale scRNAseq of oligodendrocytes from postmortem human tissues of Alzheimer’s disease...
  5. ...enriched in the protein cluster depicted in E.Another interesting group are orthologs that were only detected in the Caenorhabditis genus (568 orthology groups). These proteins are enriched with various knockout phenotypes and Gene Ontology terms reflecting functions in cell division (Supplemental Table S8...
  6. ...encompass genes displaying similar expression dynamics, suggesting that physical association is functionally relevant for the control of transcriptional activity (Dekker and Heard 2015). Higher-resolution studies have shown that TADs can be further subdivided into compartmental domains, which formation...
  7. ...metabolism and intracellular signaling when the estradiol and blank groups were considered, but not when the testosterone group was included (Fig. 2H).Overall, the gene coexpression network analysis offered clearer patterns of tissue specificity and functional specificity of each sex-biasing factor compared...
  8. ...with the pairwise distances between cells. SPARK identifies spatial gene expression heterogeneity that best fits the observed gene expression trends using multiple linear spatial models based on different Gaussian and periodic kernel functions that incorporate distances between cells. Thus, each method directly...
  9. ...that the final correlation threshold λ effectively distinguishes biologically relevant correlated gene groups. Because geneCover provides functionality to monitor λ in the package, users can empirically determine suitable values based on their data set. Our proposed iterative approach also naturally supports...
  10. ...as a fundamental technique for characterizing the functional state of individual cells. Complementary to scRNAseq, single-cell DNA methylation (scDNAm) sequencing provides -wide maps of epigenetic modifications at single-cell resolution, offering insights into the regulatory mechanisms underlying gene expression...
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