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  1. ...sequencing of a childhood medulloblastoma, Rausch et al. (2023) discovered a new SV type termed templated insertion thread and assembled a chromosome copy affected by chromothripsis. Ng et al. (2024) used long-read de novo assembly to resolve complex BFB and ecDNA amplicons in nine cases of esophageal...
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  2. ...and accurate s. Additionally, the underrepresented Y-linked exons provide a valuable benchmark for refining those sequencing technologies while improving the assembly of the highly heterochromatic and often neglected Drosophila Y Chromosome.Long-read sequencing (LRS) technologies Pacific Biosciences (Pac...
  3. ...that integrates into host genomic DNA and forms virus–virus and virus–host genomic structural rearrangements, which are unstable and lead to further intratumoral heterogeneity and clonal evolution; through long-read sequencing, unique breakpoints shared across structural variants were also observed in HPV...
  4. ...GDA (Feng et al. 2021) are long-read methods that call low-frequency SNPs and can phase diverse genomic sequences: RVHaplo uses a network clustering formulation; HaploDMF uses a matrix factorization approach; CliqueSNV uses a clique-merging approach; and iGDA uses a probabilistic local haplotyping step...
  5. ...significantly improved bacterial pathogen genomics, diagnostics, and epidemiology. Despite its high accuracy, short-read sequencing struggles with the complete reconstruction and assembly of extrachromosomal elements such as plasmids. Long-read sequencing with Oxford Nanopore Technologies (ONT) presents...
  6. ...to genetic variants (Cheung et al. 2023). DNA methylation patterns captured by long-read sequencing can help reveal the parent of origin of genetic variation extending to chromosome-length haplotypes, as well as detect parent-specific methylation patterns to help resolve genomic imprinting and disease...
  7. ...calls from only a small number of human s, which can introduce biases in the calling of nonreference sequences (Miga and Wang 2021). LRS allows the generation of de novo assemblies, where individual s are assembled into long contiguous haplotype-resolved sequences directly from the long reads instead...
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  8. ...significant potential for advancing precision medicine. Despite notable progress in single-molecule long-read sequencing technologies, accurately identifying SV breakpoints and resolving their sequence remains a major challenge. Current alignment-based tools often struggle with precise breakpoint detection...
  9. ..., after read alignment (onto hg38) and read filtering, resulted in a mean HiFi read depth of 9.8 (Supplemental Table S6).DNA sequencingGenomic DNA was isolated from peripheral blood according to standard protocol and long-read HiFi sequenced using SMRT sequencing technology (Pacific Biosciences, Menlo...
  10. ...consequences requires pinpointing breakpoint junctions and resolving the derivative chromosome structure. This task often surpasses the capabilities of short-read sequencing technologies. In contrast, long-read sequencing techniques present a compelling alternative for clinical diagnostics. Here, Genomic...
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