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Allelic Dropout During Polymerase Chain Reaction due to G-Quadruplex Structures and DNA Methylation Is Widespread at Imprinted Human Loci

机译：由于G-四链体结构和DNa甲基化导致的聚合酶链反应过程中的等位基因丢失在印迹人类基因座上广泛存在

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Aaron J. Stevens; Millie G. Taylor; Frederick Grant Pearce; Martin A. Kennedy;
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1. Methylated Cytosine Maintains G-Quadruplex Structures during Polymerase Chain Reaction and Contributes to Allelic Dropout [J] . Stevens Aaron J., Kennedy Martin A. Biochemistry . 2017,第29期

机译：甲基化的胞嘧啶在聚合酶链反应过程中保持G-四反合结构，有助于等位基因辍学
2. Detection of DNA Methylation of G-Quadruplex and i-Motif-Forming Sequences by Measuring the Initial Elongation Efficiency of Polymerase Chain Reaction [J] . Yoshida Wataru, Yoshioka Hitomi, Bay Daniyah Habiballah, Analytical chemistry . 2016,第14期

机译：通过测量聚合酶链反应的初始延伸效率，检测G-四链体和i-基序形成序列的DNA甲基化
3. Polymerase chain reaction based assay to detect allelic loss in human DNA: loss of β-interleron gene in chronic myelogeneous leukemia [J] . Andreas Neubauer, Beatrix Neubauer, Edison Liu Nucleic acids research . 1990,第4期

机译：基于聚合酶链反应的检测人类DNA等位基因缺失的方法：慢性粒细胞白血病中β-interleron基因的缺失
4. HIGH THROUGHPUT DNA METHYLATION ANALYSIS ON A DROPLET-IN-OIL POLYMERASE CHAIN REACTION ARRAY [C] . Yi Zhang, Vasudev Bailey, Christopher M. Puleo, International Solid-State Sensors, Actuators and Microsystems Conference . 2009

机译：液滴内聚合酶链反应阵列的高通量DNA甲基化分析
5. Microfluidic techniques for DNA melting analysis and digital polymerase chain reaction. [D] . Sundberg, Scott Owen. 2010

机译：用于DNA熔解分析和数字聚合酶链反应的微流技术。
6. Allelic Dropout During Polymerase Chain Reaction due to G-Quadruplex Structures and DNA Methylation Is Widespread at Imprinted Human Loci [O] . Aaron J. Stevens, Millie G. Taylor, Frederick Grant Pearce, 2017

机译：由于G-四链体结构和DNA甲基化的聚合酶链反应过程中的等位基因辍学在印迹的人类基因座广泛传播。
7. Methylated Cytosine Maintains G-Quadruplex Structures during Polymerase Chain Reaction and Contributes to Allelic Dropout [O] . Aaron J. Stevens, Martin A. Kennedy 2017

机译：甲基化的胞嘧啶在聚合酶链反应过程中保持G-四反合结构，有助于等位基因丢失

Allelic Dropout During Polymerase Chain Reaction due to G-Quadruplex Structures and DNA Methylation Is Widespread at Imprinted Human Loci

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