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Novel PYGL mutations in Chinese children leading to glycogen storage disease type VI: two case reports

机译:中国儿童中新的PYGL突变导致糖原贮积病VI型:两例病例报告

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摘要

Different methods used to confirm the gross deletion in patient 1. Bam file of the proband showed the gross deletion including exons 14 to 17. Agarose gel electrophoresis results verified the homozygous deletion of the proband. Lanes 1–12 contained PCR products for the proband (exons 14–15), father (exons 14–15), mother (exons 14–15), control (exons 14–15), proband (exon 16), father (exon 16), mother (exon 16), control (exon 16), proband (exon 17), father (exon 17), mother (exon 17) and control (exon 17), respectively. Sanger sequencing revealed c.1621-258_2178-23del. Schematic diagram of the three primers used in fluorescent gap PCR analysis. Capillary electrophoresis of fluorescent gap PCR revealed the homozygous deletion in the proband and the heterozygous deletion in her parents
机译:用于确认患者1中总体缺失的不同方法。先证者的Bam文件显示了总体缺失,包括外显子14至17。琼脂糖凝胶电泳结果验证了先证者的纯合缺失。泳道1–12包含先证者(外显子14–15),父亲(外显子14–15),母亲(外显子14–15),对照(外显子14–15),先证者(外显子16),父亲(外显子)的PCR产物。 16),母亲(外显子16),对照(外显子16),先证者(外显子17),父亲(外显子17),母亲(外显子17)和对照(外显子17)。桑格测序揭示了c.1621-258_2178-23del。荧光缺口PCR分析中使用的三种引物的示意图。荧光缺口PCR的毛细管电泳显示先证者为纯合子缺失,其父母为杂合子。

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