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Targeted Long-Read RNA Sequencing Demonstrates Transcriptional Diversity Driven by Splice-Site Variation in MYBPC3

机译:有针对性的读RNA序列所示转录多样性受剪切位点MYBPC3变化

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摘要

To date, clinical sequencing has focused on genomic DNA using targeted panels and exome sequencing. Sequencing of a large hypertrophic cardiomyopathy (HCM) cohort revealed that positive identification of a disease-associated variant was returned in only 32% of patients, with an additional 15% receiving inconclusive results.1 When genome sequencing fails to reveal causative variants, the transcriptome may provide additional diagnostic clarity. A recent study examining patients with genetically undiagnosed muscle disorders found that RNA sequencing, when used as a complement to exome and whole genome sequencing, had an overall diagnosis rate of 35%.2
机译:到目前为止,临床测序都集中在使用目标板和外显子组基因组DNA测序。心肌病(HCM)队列显示积极识别疾病相关返回变体在只有32%的患者中,一个额外的15%接受不确定results.1诱发变异,转录组可以提供额外的诊断明确。检查患者基因诊断肌肉疾病发现RNA序列,当用作补充外显子组和全基因组测序,有一个整体的诊断速度35%.2

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