Searching journal content for articles similar to Sobreira et al. 21 (10): 1720.

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  1. ...-instrument targeted sampling approaches (Table 1).View this table: In this window In a new window Table 1. Summary of currently available targeted long-read sequencing approachesPCR sequencingBefore “next-generationsequencing methods revolutionized science, Sanger sequencing of individually amplified targets...
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  2. ...our workflow, we sequenced 17 well-characterized Coriell reference samples using R9 and R10 chemistries and compared them with Illumina and MGI short-read platforms. Unlike GIAB and other benchmark data sets, our analysis evaluates not only -wide variant detection but also the performance...
  3. ..., we performed Oxford Nanopore Technologies long-read sequencing on 72 cervical cancer s from a Ugandan data set that was previously characterized using short-read sequencing. We find recurrent structural rearrangement patterns at HPV integration events, which we categorize as del(etion)-like, dup...
  4. ..., with the advent of massively parallel sequencing technologies, another 88 homozygous for Chromosome 6 BLCLs were characterized using a combination of capture array technology targeting the MHC and short-read sequencing via Illumina technology (Norman et al. 2017). However, the MHC sequences of these haploid cell...
  5. ..., followed by sequencing methods such as reduced representation bisulfite sequencing (RRBS) and whole- bisulfite sequencing (WGBS). These techniques capture only a fraction of the , with RRBS covering 20%–25% and WGBS capturing 50%–70% of all CpGs at sufficiently high coverage, thus limiting analysis...
  6. ...characterized various classes of rearrangements involving telomeric repeats using long-read sequencing, including neotelomeres and chromosome arm fusions (Tan et al. 2024). New targeted long-read-based technologies are also being developed to profile changes in telomere lengths (Schmidt et al. 2024).Some...
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  7. ...and compared the resulting individualized V and J gene libraries with the accurate genotype inferred with the next generation long-read sequencing (Rodriguez et al. 2023), comparing nucleotide sequences of the genes. We also excluded poorly expressed allelic variants as determined by aligning the reads...
  8. ...diagnostic workflow for RDs. Some key areas where additional diagnostic yields may be realized include: (1) detection and resolution of structural variants (SVs); (2) detection and characterization of tandem repeat expansions; (3) coverage of regions of high sequence similarity; (4) variant phasing; (5...
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  9. ...to efficiently capture and dissect the on-target sequence content in the order of kilobases. We resolved complex on-target genomic rearrangements with varying biological consequences. By introducing a powerful approach, this study contributes to a more reliable validation of CRISPR-Cas9-induced deletions...
  10. ...integration breakpoints, 85.67% (287/335) were derived from HBV integration events fully captured by long reads, characterized by HBV integration sequences flanked by human sequences on both sides within the same read. These HBV integration events provided an opportunity for further investigation...
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