In 1986, Leroy Hood published a prototype design for world's first automated DNA sequencer.
1986年，Leroy Hood公布了世界上第一个自动dna测序器的样本设计方案。
In June 1986, Leroy Hood, then at Caltech, published his prototype design for an automated DNA sequencer.
1986年6月，加州理工学院的Leroy Hood公布了自动DNA测序器的一个设计模型。
The DNA sequencer involves drilling tiny nanometer-size holes through computer-like silicon chips, then passing DNA strands through them to read the information contained in their genetic code.
DNA测序仪涉及在计算机硅芯片上打上纳米级微孔，然后使DNA链通过这些微孔来读取它们包含的遗传密码信息。
With sequencing costs falling, Baylor genome sequencer Richard Gibbs's team ran Lupski's DNA through its machines.
贝勒基因组序列检测员理查德·吉布斯小组成员利用机器开展对鲁普斯基基因的研究。
This model of sequencer adopted capillary electrophoresis to separate DNA fragments, which enables sequencer to read out longer sequence and improves data accuracy.
该型仪器首次采用了毛细管电泳对核酸片段进行分离，提高了读出长度和序列准确性。
This model of sequencer adopted capillary electrophoresis to separate DNA fragments, which enables sequencer to read out longer sequence and improves data accuracy.
该型仪器首次采用了毛细管电泳对核酸片段进行分离，提高了读出长度和序列准确性。
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