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  1. ...of in silico mutations in each nucleotide position in the region on the two splice sites is shown in the heatmaps at the bottom. The nucleotide base in each position of the human gene sequence is indicated by “x.”Prediction of lineage-specific splicing changesGiven the imperfect accuracy of all compared...
  2. ...al. 1995; Sijbers et al. 1996a; Kirschner and Melton 2010; Iyama and Wilson 2013). ERCC1 is mutated in ∼4.5% of all human tumors, and single nucleotide polymorphisms in ERCC1 have been linked to an increased risk of developing colorectal cancer (Ni et al. 2014). Ercc1−/Δ mice are hemizygous...
  3. ...to a particular MHC-I gene (Supplemental Tables S8 and S9; Supplemental Fig. S9). Combining expression patterns with these polymorphism estimates (Fig. 8) suggests that sequences highly expressed in adults, which are also highly polymorphic, represent classical (MHC-Ia) genes. Sequences with high relative...
  4. ..., relatively little is known about TL regulation and distribution in natural yeast strains. Recent large-scale population genomics studies revealed great genetic diversity encompassing, beyond single-nucleotide polymorphisms, structural variations, aneuploidies, and polyploidies (Peter et al. 2018; O...
  5. ...in the middle of the reference scaffold NT_011875 (Supplemental Table S3). We later found that this insertion is a polymorphism covered by high-quality sequence (fosmid AC236424, obtained as part of the Human Genome Structural Variation Project [Kidd et al. 2008] and BAC clone AC245170). The rediscovery...
  6. ...the whole kidney transcriptome down to the coding sequences and expression level of individual genes. Transcriptome-level signatures reflect convergent changes in cell proportions, suggesting convergent structural adaptations of the kidney. A large proportion of genes shows convergent substitutions...
  7. ...). In line with our previous observation in parental rats, H3K27me3 peaks were much broader with lower sequencing coverage and thus, only 117 QTLs were observed for this modification. Furthermore, 252 H3K4me3 peaks showed linkage to two or more quantitative trait loci (QTLs), emphasizing the complex nature...
  8. ...and Wasserman 2013). PWMs, often displayed as sequence logos, which are bar graphs with bars made of nucleotide symbol letters, help illustrate binding motif conservation. Energy matrices, an alternative to PWMs, account for binding energy contributions. Still, PWMs remain dominant owing to early statistical...
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  9. ...of heterozygous nucleotide variants. However, laboratory rat strains such as SHR have been inbred for more than 130 generations and are therefore homozygous at almost all loci across the . Lower depth of sequence coverage may therefore be required for such inbred s, because a single allele is present at almost...
  10. ...project and the construction of single nucleotide polymorphism (SNP) maps have lead to significant efforts to find SNPs that can be linked to pathophysiology. In silico models of complete biochemical reaction networks relate a cell's individual reactions to the function of the entire network. Sequence...
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