Searching journal content for articles similar to Rafehi et al. 35 (4): 769.

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  1. ...cells from four mouse retinas were profiled, generating 1.54 billion Illumina short reads and 1.40 billion ONT long reads. The sequencing achieved high read coverage, with an average of over 45,000 reads per cell, and exhibited comparable depth between the short- and long-read data sets. The median read...
  2. ...(GWAS) catalog. This study effectively doubled the number of detected variants compared to short-read sequencing alone. Subsequent efforts have extended to additional diverse populations, such as the resequencing of 1000 Genomes Project samples using long reads that discovered extensive SVs missed...
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  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. ...fails at multiple levels: read initiation (very few reads start within satellite regions), read elongation (satellite-containing reads are shorter on average), and basecalling (quality scores drop as sequencing enters a satellite sequence). These findings challenge the assumption that long-read...
  5. ...). Over the last decade, short-read sequencing (SRS) of fragments of DNA 50–300 bp has been increasingly used in clinical settings for RD diagnosis, providing sequencing of targeted regions, the protein-coding exome (SR-ES), or nearly the entire (SR-GS). SRS enables a high-throughput method to accurately...
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  6. ..., 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...
  7. ...option is probe-based target sequencing, with either long reads and de novo assembly, as utilized in the IGenotyper approach (Rodriguez et al. 2020, 2022; Gibson et al. 2023; Engelbrecht et al. 2024), or short reads (Lin et al. 2022). Studies using these approaches have successfully found that germline...
  8. ...@hudsonalpha.orgAbstractVariant detection from long-read sequencing (lrGS) has proven to be more accurate and comprehensive than variant detection from short-read sequencing (srGS). However, the rate at which lrGS can increase molecular diagnostic yield for rare disease is not yet precisely characterized. We performed lrGS using Pacific...
  9. ...regions compared with short reads. Still, a technical challenge is to deal with sequencing errors for certain technologies; for example, Oxford Nanopore Technologies (ONT) long reads can have 90%−99% sequencing accuracy depending on the chemistry and basecalling (Sereika et al. 2022). We focus on small...
  10. ...Biology Laboratory, European Bioinformatics Institute, Wellcome Genome Campus Hinxton, Cambridge CB10 1SA, United Kingdom Corresponding author: ana.conesa@csic.esAbstractLong-read sequencing (LRS) technologies have revolutionized transcriptomic research by enabling the comprehensive sequencing of full...
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