Searching journal content for articles similar to Stemerdink et al. 35 (4): 725.

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  1. ...as a routine component of clinical cancer diagnosis and treatment.Long-read sequencingGrowth of germline population sequencing and resourcesBefore advancing to cancer s, long-read sequencing was initially applied to improve the resolution of the reference human and to develop comprehensive catalogs of human...
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  2. ...variants in the transcriptome (Glinos et al. 2022). Furthermore, long-read sequencing enables comprehensive analysis of splicing (Tilgner et al. 2015, 2018; Joglekar et al. 2021) which has fundamental importance for determining mRNA modifications due to their dependence on splicing patterns and transcript...
  3. ...sequencing (LRS) is a promising technology positioned to study the significant proportion of rare diseases (RDs) that remain undiagnosed as it addresses many of the limitations of short-read sequencing, detecting and clarifying additional disease-associated variants that may be missed by the current standard...
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  4. ...and unique splicing profiles across cell classesOne of the key advantages of long read is the improved ability of detecting transcript isoforms. To assess the robustness of the long-read sequencing approach in discovering splicing isoforms of different cell classes in mouse retina, we performed a detailed...
  5. ...alternative transcript starts (TSSs) and ends (PASs), leading to different isoforms expressed from the same gene with variable cellular consequences. (B) Representative example of long-read RNA sequencing reads for CDC42 in K562 cells. To aid visualization, 280 randomly sampled reads from each sequencing...
  6. ...is advancing rapidly, with continuous improvements in read length and accuracy, revolutionizing genomic research (Fig. 1A). Advances in basecalling algorithms and sequencing chemistry have significantly enhanced accuracy, making long-read data more reliable and precise, as evidenced in Figure 1B...
  7. ...A prospective trial comparing programmable targeted long-read sequencing and short-read sequencing for genetic diagnosis of cerebellar ataxia Haloom Rafehi1,2,43, Liam G. Fearnley1,2,43, Justin Read3,4,43, Penny Snell3, Kayli C. Davies3,5, Liam Scott1, Greta Gillies3, Genevieve C. Thompson3,5, Tess...
  8. ...nested PCR or high-throughput sequencing (HTS), which may introduce bias and is restricted to detecting junctions between HBV and host s. Recently, the advancement of long-read sequencing has improved our understanding of HBV integration and its role in HCC development. HBV can integrate into the human...
  9. ...-resolved assemblies have become the norm in eukaryotic genomics with advances in long-read sequencing technologies. Complete assemblies are fundamental for addressing key questions in biology that were previously hidden in the “dark matter” of s. Key breakthroughs have revolved around centromeres and the embedded...
  10. ...of these recurrent somatic SVs, we conducted long-read RNA sequencing (RNA-seq) on samples HCC10_T7 and HCC10_N1 (Supplemental Table S3). Transcript loss was observed for EVA1C, GSTM1, and GSM2 in samples harboring DELs (Supplemental Fig. 11A,B), despite the DEL in EVA1C localized exclusively to an intronic region...
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