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Comparison of DNA Array Platform vs DNA Sequencing as Genetic Diagnosis Tools for Familial Hypercholesterolemia

机译:DNA阵列平台与DNA测序作为家族性高胆固醇血症遗传诊断工具的比较

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The report by Blesa et al. (1) compares 2 methods, DNA sequencing and DNA arrays [as previously reported by us (2)], for the genetic diagnosis of familial hypercholesterolemia (FH).Lipochip? (Lacer SA), the first DNA array-based commercial platform for the genetic diagnosis of FH, is now available and is funded by the Spanish Health Service. The procedure is as follows: blood samples are shipped to a central laboratory, where DNA is analyzed with the first CE-marked (approved for sale in the European Community) DNA array for in vitro diagnosis in Europe. Samples with a negative result undergo large rearrangement analysis by quantitative fluorescence-based multiplex PCR (3). If this analysis is also negative, DNA sequencing is carried out to identify new disease-causing variations. The results are compiled in a full report that is sent to the patient’s physician.Most of the comments by Blesa et al. on our DNA array refer to an earlier version developed for research only (v1.0) (2). The …
机译:Blesa等人的报告。 (1)比较了2种方法,即DNA测序和DNA阵列[如我们先前报道的(2)],用于家族性高胆固醇血症(FH)的基因诊断。 (Lacer SA)是第一个基于DNA阵列的FH基因诊断商业平台,现已上市,并由西班牙卫生服务局(Spanish Health Service)资助。步骤如下:将血液样本运送到中心实验室,在该实验室中,使用第一个带有CE标志(已在欧洲共同体批准销售)的DNA阵列对DNA进行分析,以在欧洲进行体外诊断。结果为阴性的样品通过基于荧光的多重PCR进行大的重排分析(3)。如果该分析也是阴性的,则进行DNA测序以鉴定新的致病变异。结果汇总在一份完整的报告中,然后发送给患者的医生。Blesa等人的大部分评论都是如此。在我们的DNA阵列上,仅指为研究目的而开发的早期版本(v1.0)(2)。 …

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