Searching journal content for articles similar to Weckx et al. 15 (3): 436.

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  1. ..., USA Abstract While exome sequencing is readily amenable to single-nucleotide variant discovery, the sparse and nonuniform nature of the exome capture reaction has hindered exome-based detection and characterization of genic copy number variation. We developed a novel method using singular...
  2. ...showed a strong separation between the Alpine and other sampling regions, with this differentiation explaining 14.48% of the variation on PC1 (Fig. 5). Further spatial differentiation between the Northwest region and the other Central European sampling locations explained 8.19% of the variation on PC2...
  3. ...be identified with <7% FCR. De novo identification of polymorphic sites All the results presented above are based on the subset of sites with known genotypes listed in the HapMap database. However, these results cannot be extended directly to de novo SNP-calling because the fraction of heterozygous sites in our...
  4. ...repeats (8% of the ) (Fig. 3A). We observed a significant correlation between the variation in mapped reads after depletion and the abundance of these repeat classes in terms of overall repeat length and occurrence in the (Fig. 3B,C; Supplemental Table S5). Given that the number of gRNAs targeting each...
  5. ...and within the size range reliably detected by short-read sequencing). To speed up simulations and allow for easy comparison between categories of variants, all classes of indels and single nucleotide variants were down-sampled to 650,000 variants each.A total of 854,409 de novo SNPs and indels were compiled...
  6. ...from the relative numbers of reads containing the reference and alternative alleles at highquality SNP positions (Supplemental Methods). Three hundred and twelve (312) X-linked gene models were covered in female fetal brain samples with sufficient expression levels to call de novo SNPs (Supplemental...
  7. ...software ( Bhangale et al. 2006 ). The test data sets for the polymorphism analysis include: (1) the four-gene test data used by Bhangale et al. to compare the performance of polyphred with that of InSNP, MutationSurveyor, and novoSNP; and (2) the 16-gene test data used by Bhangale et al. to evaluate...
  8. ...and filter low-quality mismatches according to their phred score, known as the “neighborhood quality standard” (NQS) ( Altshuler et al. 2000 ). With direct sequencing of PCR-amplified sequences from diploid samples, software, including SNPdetector ( Zhang et al. 2005 ), novoSNP ( Weckx et al. 2005 ), Poly...
  9. ...diploid samples. These algorithms directly examine chromatogram trace files and detect variants by extracting or comparing signals in the peaks of traces. The most widely used software includes PolyPhred ( Stephens et al. 2006 ), SNPdetector ( Zhang et al. 2005 ), and novoSNP ( Weckx et al. 2005 ), each...
  10. ...signatures and their favorable prognostic significance . Blood 106 : 3747 – 3754 . ↵ Weckx, S. , Del-Favero, J. , Rademakers, R. , Claes, L. , Cruts, M. , De Jonghe, P. , Van Broeckhoven, C. , De Rijk, P. ( 2005 ) novoSNP, a novel computational tool for sequence variation discovery . Genome Res. 15 : 436...
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