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  1. ...’ nanopore sequencing (Jain et al. 2018b), made it possible to obtain long-read data. Besides their advantages in de novo assembly, structural variant analysis, and haplotype phasing, their abilities to analyze single molecules without GC bias allowed the discoveries of disease-causing stretches of GC...
  2. ...related species can provide additional context for accurate variant discovery.Assessing generalization across speciesRecommending a TrioTrain checkpoint for variant calling requires confirmation of accurate genotype predictions outside the training data, known as model testing. We assessed the 30 new...
  3. .... Additionally, the ability to apply variant discovery to other organisms with annotated s is also of great value. So-called next-generation DNA sequencing technologies that involve massively parallel clonal ensemble sequencing are creating new opportunities for comprehensive genomic interrogation, bypassing...
  4. ...Systematic genetic and genomic analysis of cytochrome P450 enzyme activities in human liver Xia Yang 1 , 9 , 10 , 13 , Bin Zhang 1 , 9 , 10 , Cliona Molony 1 , Eugene Chudin 1 , Ke Hao 1 , Jun Zhu 1 , 10 , Andrea...
  5. ...). The G allele is predicted to result in a weaker motif match.To identify peaks that vary across individuals owing to genotype, we tested for caQTLs using genetic variants within 1 kb of the centers of autosomal peaks and identified 35,361 peaks with a significant caQTL (caPeaks; FDR < 5%) (Fig. 1B...
  6. ...likelihoods are used to calculate the posterior probability of genotypes for each variant. Downstream filtering based on RD, read mapping quality, strand bias, and other indicators of error are applied to reject likely false-positive calls.Local assembly around candidate variants is efficient but inherently...
  7. .... Haplotypes constructed in aneuploid regions by leveraging haplotype imbalanceIdentification and reconstruction of structural variants (SVs) from linked readsIn addition to phasing, another use for the linked-read sequencing data is to identify breakpoints of large-scale SVs by searching for the discordant...
  8. ...and these genes’ expression is explainable either by the CNVs frequently representing causative variants or by CNV genotypes displaying a slightly reduced genotyping error rate compared with SNP genotypes (which alsowould cause CNVs to bemore strongly associated). Strikingly, we found an abundance of gene...
  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. ...the fraction of loci with high levels of stutter (Fig. 2C; Supplemental Table S3), as measured by the fraction of reads supporting the called genotypes (variant allele fraction [VAF]; higher VAF = lower stutter). Across all technical replicates of both temperature conditions, an average of 432 (range: 429...
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