Searching journal content for articles similar to Zeeberg 12 (6): 944.

Displaying results 1-10 of 6320
For checked items
  1. ..., Katneni U, Jankowska KI, Meyer D, Kimchi-Sarfaty C. 2023. In silico methods for predicting functional synonymous variants. Genome Biol 24: 126. doi:10.1186/s13059-023-02966-1 ↵Liu Y. 2020. A code within the genetic code: codon usage regulates co-translational protein folding. Cell Commun Signal 18: 145...
  2. ...in the strength of selection occurred along the long branches separating MHC-I-like1 and MHC-I-like2 from other sequences in MHC-I phylogeny, and (ii) whether the number and location of codons under positive/purifying selection differ among the three categories of genes.There was evidence of selection relaxation...
  3. ...sign of overfitting (Fig. 4I). These findings show that AlphaFold-predicted structures can help validate clustering quality. However, direct integration of AlphaFold predictions into clustering is challenging due to the inherent sequence uncertainty of short 50-mers, as reflected by their Shannon...
  4. ...disomy (UPD) of specific chromosomes or chromosomal regions (i.e., mice that inherit two maternal copies and no paternal copies, or vice versa, of a chromosome or part of a chromosome) have helped further define the genomic regions involved in this phenomenon. These studies identified several genomic...
  5. ...on homomorphic encryption provide a valuable alternative with strong security guarantees (Kim et al. 2021; Gürsoy et al. 2022), they are less computationally flexible than TEEs, often resulting in notable accuracy loss owing to the algorithmic simplifications needed for practical runtimes (Dokmai et al. 2021...
  6. ...-cell short-read gene expression data is used to cluster the cells, based on the conventional analysis pipeline for scRNA-seq. The transcript usage and mutation/deletion information are then aligned with the single-cell gene expression data. The bridge connecting these data sets is the shared cell barcodes...
  7. ...they ranged between 65.15% and 95.87% (Supplemental Fig. 1). For both computational methodologies, we observe high concordance between the experimentally validated and computationally derived G4s across all examined model organisms. Next, we scanned the 108,459 organismal reference s for G4s using the regex...
  8. ...that these arrays are embedded in conserved genomic regions, with >90% similarity in the 10-kb flanking regions (Supplemental Fig. S15). However, the PCA showed species-specific clustering of repeats (Fig. 6A), suggesting that the ∼40-kb array was present in the common ancestor but diverged through gene conversion...
  9. ...@tamu.edu, jje@uci.eduAbstractMany essential functions of organisms are encoded in highly repetitive genomic regions, including histones involved in DNA packaging, centromeres that are core components of chromosome segregation, ribosomal RNA comprising the protein translation machinery, telomeres that ensure...
  10. ...of related species. Note that the gray branch is a separate background branch because it denotes the branch when the potential nuclear genomic integration took place.Selection analysis on isolated dcNUMT genes imply noncanonical NUMT integrations and “missing” mitochondrial sWe first conducted a codon...
For checked items

Preprint Server